1862 lines
110 KiB
PHP
1862 lines
110 KiB
PHP
<?php
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/**
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* Version 20171221_Faktoren-CO2-Rechner (Änderungen gekennzeichnet: "Modif_StS_12_2017")
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* siehe Abstimmung KlimAktiv/IFEU IFEU Email 18.12.15 (siehe CRM info@hand)
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* Überarbeitung anlässlich R4.1 CO2-Jugendrechner Februar 2021 / Abgleich mit UBA-CO2-Rechner
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*
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*/
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/**
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* Klimaschutzziele
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* Abbildung eines Szenarios: hier KS95, mit Startwert = Durchschnitt
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*/
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/* QUOTA_X --> Vergleichswert für emission */
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define("QUOTA_TD", 11170); /* auf Summe des deutschen Durchschnitts anpassen */ /* 201612_ODD Bürgerrechner 20161202 Quelle IFEU */ /*PaP 20200512_CO2-Bürgerbilanz_nM_052020 IFEU */
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define("QUOTA_ST", 8904); /* 201512: 8300; 201605_ODD Pro Kopf Tonnage ÖI KS 95 2MOD Gesamt+intVekehr 8900 */
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define("QUOTA_MT", 5633); /* 201512: 5700; 201605_ODD Pro Kopf Tonnage ÖI KS 95 2MOD Gesamt+intVekehr 5630 */
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define("QUOTA_LT", 1111); /* 201512: 1700; 201605_ODD Pro Kopf Tonnage ÖI KS 95 2MOD Gesamt+intVekehr 1100 */
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/* QUOTA_2_ --> Vergleichswert für emission-self */
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define("QUOTA_2_TD", 0); /* QUOTA_TD - QUOTA_TD */ /* 201605_ODD */
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define("QUOTA_2_ST", 3003); /* QUOTA_TD - QUOTA_ST */ /* 201605_ODD */
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define("QUOTA_2_MT", 6274); /* QUOTA_TD - QUOTA_MT */ /* 201605_ODD */
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define("QUOTA_2_LT", 10796); /* QUOTA_TD - QUOTA_LT */ /* 201605_ODD */
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/**
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* Average emissions (Vergleichsquote)
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*/
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define("AVERAGE_EMISSION_VALUE_LIVING_HOUSEHOLD", 489.00); // Neu in 2020 //TEST-KONFIGURATION PaP_09_2020 vorher 745,19
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define("AVERAGE_EMISSION_VALUE_LIVING_HEATING_SYSTEM", 1551.00); /*PaP ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
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define("AVERAGE_EMISSION_VALUE_LIVING_WOHNEN", AVERAGE_EMISSION_VALUE_LIVING_HOUSEHOLD + AVERAGE_EMISSION_VALUE_LIVING_HEATING_SYSTEM);
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define("AVERAGE_EMISSION_VALUE_LIVING_POWER_TYPE", 704.00); /*PaP ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
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define("AVERAGE_EMISSION_VALUE_LIVING", AVERAGE_EMISSION_VALUE_LIVING_WOHNEN + AVERAGE_EMISSION_VALUE_LIVING_POWER_TYPE);
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define("AVERAGE_EMISSION_VALUE_MOBILITY_CAR_OWNERSHIP", 205.00); /* TBD */ /*PaP Neu in 2020, Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */
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define("AVERAGE_EMISSION_VALUE_MOBILITY_CAR", 1284.00); /*PaP ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
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define("AVERAGE_EMISSION_VALUE_MOBILITY_TRAIN", 103.00);/*PaP ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
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define("AVERAGE_EMISSION_VALUE_MOBILITY_AIR", 493.00); /*PaP ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
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define("AVERAGE_EMISSION_VALUE_MOBILITY_CRUISE", 0.00);
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define("AVERAGE_EMISSION_VALUE_MOBILITY", AVERAGE_EMISSION_VALUE_MOBILITY_CAR + AVERAGE_EMISSION_VALUE_MOBILITY_TRAIN + AVERAGE_EMISSION_VALUE_MOBILITY_AIR + AVERAGE_EMISSION_VALUE_MOBILITY_CAR_OWNERSHIP + AVERAGE_EMISSION_VALUE_MOBILITY_CRUISE);
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define("AVERAGE_EMISSION_VALUE_FOOD", 1693.00); /*PaP ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
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define("AVERAGE_EMISSION_VALUE_CONSUMPTION", 1444.00);// StS 202102 Berechnung auf Basis der Konsumausgaben für Jugendliche 12-18 Jahre ---ACHTUNG: somit darf keine Summe über alle gezogen werden, um den deutschen Durschschnitt zu berechnen!!!
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define("AVERAGE_EMISSION_VALUE_LIFESTYLE", AVERAGE_EMISSION_VALUE_FOOD + AVERAGE_EMISSION_VALUE_CONSUMPTION);// TEST-KONFIGURATION PaP_09_2020 vorher 3536.95 /*PaP Anlageninvestitionen Wohnen und Verkehr herausgenommen, ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU vorher 4558.00 */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
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define("AVERAGE_EMISSION_VALUE_COMMON", 855.00); /*PaP Tiefbau integriert, ab 2020 Jahresscharf Bezug 2018 20200512_CO2-Bürgerbilanz_nM_052020 Quelle IFEU */ /* Mittelwert aus 2014-2016 Quelle IFEU Hans Hertle Modif_StS_12_2018*/
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// Ergebnis im internationalen Vergleich
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define("COMPARE_EMISSION_VALUE_GERMANY", 11170.0); // modif 2015: Values CO2-Rechner 2015
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define("COMPARE_EMISSION_VALUE_PERU", 3530.00); // modif 2021: Data Source: PIK - Emission database WRI, reference 2017, https://www.climatewatchdata.org/countries/PER?calculation=PER_CAPITA&source=PIK
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define("COMPARE_EMISSION_VALUE_INDIA", 2230.00); // modif 2021: Data Source: PIK - Emission database WRI, reference 2017, https://www.climatewatchdata.org/countries/IND?calculation=PER_CAPITA&source=PIK
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define("COMPARE_EMISSION_VALUE_KENIA", 1420.00); // modif 2021: Data Source: PIK - Emission database WRI, reference 2017, https://www.climatewatchdata.org/countries/KEN?calculation=PER_CAPITA&source=PIK
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define("COMPARE_EMISSION_VALUE_TARGET_2050", 1000.00); // modif 2015: Ziel Bund -95% Basis 1990 = ca. 1 t/Bürger in 2050
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/* Average emissions Szenario */
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define("AVERAGE_EMISSION_VALUE_COMMON_ST", 607.00); /* 201512 1MOD: 853; 201605_ODD ÖI_AMS 2MOD Gesamt+intVekehr 2020 */
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define("AVERAGE_EMISSION_VALUE_COMMON_MT", 514.00); /* 201512 1MOD: 689; 201605_ODD ÖI_AMS 2MOD Gesamt+intVekehr 2030 */
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define("AVERAGE_EMISSION_VALUE_COMMON_LT", 255.00); /* 201512 1MOD: 552; 201605_ODD ÖI_AMS 2MOD Gesamt+intVekehr 2050 */
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define("AVERAGE_EMISSION_VALUE", AVERAGE_EMISSION_VALUE_LIVING + AVERAGE_EMISSION_VALUE_MOBILITY + AVERAGE_EMISSION_VALUE_LIFESTYLE + AVERAGE_EMISSION_VALUE_COMMON);
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/* "Zuhause" */
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/**
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* "Zuhause": max. amount of persons
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*/
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$fd_living_persons_max_value = 10;
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/**
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* "Zuhause": "Wohnverhältnis": Form data: "Wohnfläche pro Person/Vorbelegung der Wohnfläche"
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*/
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$factor_living_hc_default_living_space[1] = 63;
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$factor_living_hc_default_living_space[2] = 87;
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$factor_living_hc_default_living_space[3] = 106;
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$factor_living_hc_default_living_space[4] = 115;
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$factor_living_hc_default_living_space[5] = 125;
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$factor_living_hc_default_living_space[6] = 130;
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$factor_living_hc_default_living_space[7] = 145;
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$factor_living_hc_default_living_space[8] = 160;
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$factor_living_hc_default_living_space[9] = 180;
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$factor_living_hc_default_living_space[10] = 200;
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$default_factor_living_hc_default_living_space = 47.5; // bis 2020: 100 m2, 20200917_STS: Anpassung an DeStatis für 2018: 46,7 m2 je EW (gerundet: 95 m2/2 Personen- Grundlage für AI-Wohnen Berechnung
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/**
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* 2020-06-09: Mantis 1755:
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* "Zuhause": "Mein Haushalt": Default values: "Wohnen: Einbeziehung der Anlageninvestion und dem Konsum aus Wohnen"
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* Emissionen je durchschnittlicher Wohnfläche pro Person (entspricht 46,7 m²) [kg/a]
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*/
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//Pap 21_09_2020 20200921_Sockelemissionen_Wohnen_Umsetzung
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$factor_living_hh_cy["mfh"]["nn"] = 270; //TEST-KONFIGURATION! PaP 21_09_2020, war 540 - wenn sich Durchschnitt ändert, WERT ERMITTELN!
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$factor_living_hh_cy["mfh"]["upto1978"] = 70;
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$factor_living_hh_cy["mfh"]["upto1983"] = 238;
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$factor_living_hh_cy["mfh"]["upto1994"] = 266;
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$factor_living_hh_cy["mfh"]["upto2001"] = 259;
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$factor_living_hh_cy["mfh"]["later2001"] = 252;
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$factor_living_hh_cy["mfh"]["later2012"] = 336;
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$factor_living_hh_cy["mfh"]["neh"] = 364;
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$factor_living_hh_cy["mfh"]["passivhaus"] = 425;
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$factor_living_hh_cy["mfh"]["upto1919_saniert"] = 140;
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$factor_living_hh_cy["mfh"]["upto1948_saniert"] = 140;
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$factor_living_hh_cy["mfh"]["upto2001_saniert"] = 322;
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$factor_living_hh_cy["mfh"]["upto1969_teilsaniert"] = 105;
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//$factor_living_hh_cy["mfh"]["energieplus"] = ;
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//$factor_living_hh_cy["mfh"]["altbau_saniert_neh"] = ;
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//$factor_living_hh_cy["mfh"]["altbau_saniert_ph"] = ;
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//Pap 21_09_2020 20200921_Sockelemissionen_Wohnen_Umsetzung
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$factor_living_hh_cy["rh"]["nn"] = 300; // PaP 22_09_2020, war 620 - wenn sich Durchschnitt ändert, WERT ERMITTELN!
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$factor_living_hh_cy["rh"]["upto1978"] = 80;
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$factor_living_hh_cy["rh"]["upto1983"] = 272;
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$factor_living_hh_cy["rh"]["upto1994"] = 304;
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$factor_living_hh_cy["rh"]["upto2001"] = 296;
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$factor_living_hh_cy["rh"]["later2001"] = 288;
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$factor_living_hh_cy["rh"]["later2012"] = 384;
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$factor_living_hh_cy["rh"]["neh"] = 417;
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$factor_living_hh_cy["rh"]["passivhaus"] = 486;
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$factor_living_hh_cy["rh"]["upto1919_saniert"] = 160;
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$factor_living_hh_cy["rh"]["upto1948_saniert"] = 160;
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$factor_living_hh_cy["rh"]["upto2001_saniert"] = 368;
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$factor_living_hh_cy["rh"]["upto1969_teilsaniert"] = 120;
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//$factor_living_hh_cy["rh"]["energieplus"] = 15;
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//$factor_living_hh_cy["rh"]["altbau_saniert_neh"] = 15;
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//$factor_living_hh_cy["rh"]["altbau_saniert_ph"] = 15;
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//Pap 21_09_2020 20200921_Sockelemissionen_Wohnen_Umsetzung
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$factor_living_hh_cy["efh"]["nn"] = 380; // TEST-KONFIGURATION! PaP 21_09_2020, war 770 - wenn sich Durchschnitt ändert, WERT ERMITTELN!
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$factor_living_hh_cy["efh"]["upto1978"] = 100;
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$factor_living_hh_cy["efh"]["upto1983"] = 340;
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$factor_living_hh_cy["efh"]["upto1994"] = 380;
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$factor_living_hh_cy["efh"]["upto2001"] = 370;
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$factor_living_hh_cy["efh"]["later2001"] = 360;
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$factor_living_hh_cy["efh"]["later2012"] = 481;
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$factor_living_hh_cy["efh"]["neh"] = 521;
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$factor_living_hh_cy["efh"]["passivhaus"] = 607;
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$factor_living_hh_cy["efh"]["upto1919_saniert"] = 200;
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$factor_living_hh_cy["efh"]["upto1948_saniert"] = 200;
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$factor_living_hh_cy["efh"]["upto2001_saniert"] = 461;
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$factor_living_hh_cy["efh"]["upto1969_teilsaniert"] = 150;
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//$factor_living_hh_cy["efh"]["energieplus"] = 15;
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//$factor_living_hh_cy["efh"]["altbau_saniert_neh"] = 15;
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//$factor_living_hh_cy["efh"]["altbau_saniert_ph"] = 15;
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/**
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* 2020-06-09: Mantis 1755:
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* "Zuhause": "Mein Haushalt": Default values: "Wohnen: Einbeziehung der Anlageninvestion und dem Konsum aus Wohnen"
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* Neue Skalierungsfaktoren im Konsum zur Bewertung der Wohnfläche
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*/
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$factor_living_hh_living_space["0.7"] = array("min" => 0, "max" => 32);
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$factor_living_hh_living_space["0.9"] = array("min" => 32.1, "max" => 42);
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$factor_living_hh_living_space["1"] = array("min" => 42.1, "max" => 52); // STS 20200917 Schnitt angepasst auf max 50 bei 46,7 im Durchschnitt je EW in D
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$factor_living_hh_living_space["1.1"] = array("min" => 52.1, "max" => 62);
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$factor_living_hh_living_space["1.3"] = array("min" => 62.1, "max" => 100000);
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/**
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* "Zuhause": "Wohnverhältnis": Values: "Baujahr und Standard des Hauses" kWh/m2
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* StS: 13.11.15: Durchschnittlicher Gebäudestandard für 2015 ["nn"] auf ["upto1983"] gesetzt
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*/
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$factor_living_hc_cy["mfh"]["nn"] = 131.3157895; //TEST-KONFIGURATION! PaP 22_09_2020, war 115.5 /* Modif_StS_12_2018 Anpassung vornehmen, wenn Durchschnitt sich verbessert: $factor_living_hc_cy["mfh"]["nn"] * $default_factor_living_hc_default_living_space = Vorbelegung in kWh*/
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$factor_living_hc_cy["mfh"]["altbau"] = 150;
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$factor_living_hc_cy["mfh"]["neubau"] = 61;
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/**
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* "Szenario" : "Zuhause": "Wohnverhältnis": Form data: Energiebedarf Wärme pro Person (nur für langfristige Berechnung)
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*/
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$factor_sc_living_hc_person_lt = 3262; /* kWh/Person Quelle Öko-Institut 2MOD KS95; UPDATE 201605_ODD vorher: 1MOD_KS90 3528 */
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/**
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* "Szenario" : "Zuhause": "Wohnverhältnis": Form data: Ziel Anteil EE Wärme (nur für langfristige Berechnung)
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*/
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$factor_sc_living_hc_ee_ratio_lt = 0.922; /* EE-Anteil, Quelle Öko-Institut 2MOD KS95; UPDATE 201605_ODD vorher: 1MOD__KS90 0.72 */
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/**
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* "Szenario" : "Zuhause": "Wohnverhältnis": Form data: Zukünftige Durchschnitts-Wohnfläche (nur für langfristige Berechnung)
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*/
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$factor_sc_living_hc_space_lt = 51.4; /* Quelle Öko-Institut 2MOD; UPDATE 201605_ODD vorher: 1MOD 51.6 */
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/**
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* "Zuhause": "Wohnverhältnis": Form data: "Baujahr und Standard des Hauses"
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*/
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$fd_living_hc_cy["altbau"] = array("name" => TXT_VALUE_FD_LIVING_HC_CY_ALTBAU, "tip" => TXT_IMPROVE_LIVING_HC_CY_ALTBAU);
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$fd_living_hc_cy["neubau"] = array("name" => TXT_VALUE_FD_LIVING_HC_CY_NEUBAU, "tip" => TXT_IMPROVE_LIVING_HC_CY_NEUBAU);
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$fd_living_hc_cy["nn"] = array("name" => TXT_VALUE_FD_LIVING_HC_CY_NN, "tip" => TXT_IMPROVE_LIVING_HC_CY_NN);
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/**
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* "Zuhause": "Wohnverhältnis": Welcher Standard des Hauses ist unsaniert
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*/
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$fd_living_hc_cy_not_refurbished = array("nn", "altbau");
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/**
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* "Zuhause": "Wohnverhältnis": Default values: "Baujahr des Hauses"
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* für heute (td), kurzfristig (st), mittelfristig (mt), langfristig (lt)
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*/
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$default_living_cy["td"] = "nn";
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$default_living_cy["st"] = "nn";
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$default_living_cy["mt"] = "nn";
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$default_living_cy["lt"] = "nn";
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/**
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* "Zuhause": "Wohnverhältnis": Values: Energieträger CO2 Umrechnung
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* Auswahl basiert auf dem Wert $factor_living_hs_type
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*/
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$factor_living_hs_co2_conversion["nn"] = 0.28408; /* Modif_StS_12_2018 */
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$factor_living_hs_co2_conversion["nn_ee"] = 0.01896; //unbekannt Erneuerbar Sept.2020
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$factor_living_hs_co2_conversion["erdgas"] = 0.25039; // 201612_LOS Datenquelle Wert
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$factor_living_hs_co2_conversion["solarthermie"] = 0.0229; /* http://mantis.co2-pro.de/view.php?id=1520 Modif_StS_12_2018*/
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/**
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* "Zuhause": "Heizung": Values: "Vermeidungsfaktoren" gegenüber Wärmemix aus je 50% Erdgas und Heizöl
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*/
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$factor_living_hs_avoidance_self["nn"] = 0; /* Vermeidung basiert auf NN Faktor von 0.28408 */
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$factor_living_hs_avoidance_self["nn_ee"] = 0.2651; //unbekannt Erneuerbar Sept.2020
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/**
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* "Zuhause": "Heizung": Values: "Art der Heizung: Erneuerbaren Energieträger"
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* http://mantis.co2-pro.de/view.php?id=1463
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* http://mantis.co2-pro.de/view.php?id=1419
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*/
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$factor_living_hs_type_ee = array("nn_ee");
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/**
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* "Zuhause": "Heizung": Values: "Art der Heizung"
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*/
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$factor_living_hs_type["nn"] = 0.28408; /* Modif_StS_12_2018 */
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$factor_living_hs_type["nn_ee"] = 0.01896; //unbekannt Erneuerbar Sept.2020
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/**
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* "Szenario" : "Zuhause": "Heizung": Values: "Art des Energieträgers" 201605_ODD: Update zur Kalibrierung der Wärme im ÖI KS 95
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* Mantis 1521
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*/
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$factor_sc_living_hs_type["st"]["ee"] = 0.03;
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$factor_sc_living_hs_type["mt"]["ee"] = 0.025;
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$factor_sc_living_hs_type["lt"]["ee"] = 0.0115; /*Kalibrierung der Wärme, eigene Annahme*/
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$factor_sc_living_hs_type["st"]["not_ee"] = 0.282;
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$factor_sc_living_hs_type["mt"]["not_ee"] = 0.247;
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$factor_sc_living_hs_type["lt"]["not_ee"] = 0.24; /* Kalibrierung der Wärme*/
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/**
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* "Zuhause": "Heizung": Form data: "Art der Heizung"
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*/
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$fd_living_hs_type["nn"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_NN, "unit" => TXT_VALUE_FD_UNIT_KWH, "tip" => TXT_IMPROVE_LIVING_HS_TYPE_NN);
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$fd_living_hs_type["nn_ee"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_NN_EE, "unit" => TXT_VALUE_FD_UNIT_KWH, "tip" => TXT_IMPROVE_LIVING_HS_TYPE_NN_EE); //unbekannt Erneuerbar Sept.2020
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/**
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* "Zuhause": "Heizung": Form data: "Heizungssystem"
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*/
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$fd_living_hs_heating_system["zentral"] = array("name" => TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_ZENTRAL);
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$fd_living_hs_heating_system["etage"] = array("name" => TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_DEZENTRAL);
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$fd_living_hs_heating_system["einzel"] = array("name" => TXT_LIVING_HS_ESTIMATE_HEATING_SYSTEM_EINZEL);
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/**
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* "Zuhause": "Heizung": Form data: "Heizungssystem zentral / dezentral"
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*/
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$fd_living_hs_heating_system_spec["vor1980"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_VOR_1980);
|
|
$fd_living_hs_heating_system_spec["1980"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_AB_1980);
|
|
$fd_living_hs_heating_system_spec["1995"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_AB_1995);
|
|
$fd_living_hs_heating_system_spec["2005"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_AB_2005);
|
|
$fd_living_hs_heating_system_spec["brennwertkessel"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_BRENNWERT);
|
|
$fd_living_hs_heating_system_spec["fernwaerme"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_FERNWAERME);
|
|
$fd_living_hs_heating_system_spec["waermepumpe"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_WAERMEPUMPE);
|
|
$fd_living_hs_heating_system_spec["stromdirekt"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_SPEC_STROMDIREKT);
|
|
|
|
/**
|
|
* "Zuhause": "Heizung": Condition: "Heizungssystem zentral / dezentral"
|
|
* Anzeigen wenn Bedingung "strom_oeko" oder "strom" erfüllt für "living_hs_type"
|
|
*/
|
|
$condition_living_hs_heating_system_spec["strom"]["zentral"] = array("waermepumpe");
|
|
$condition_living_hs_heating_system_spec["strom"]["etage"] = array("stromdirekt");
|
|
$condition_living_hs_heating_system_spec["erdgas"] = array("vor1980", "1980", "1995", "2005", "brennwertkessel");
|
|
$condition_living_hs_heating_system_spec["fernwaerme"] = array("fernwaerme");
|
|
$condition_living_hs_heating_system_spec["holz"] = array("vor1980", "1980", "1995", "2005");
|
|
|
|
/**
|
|
* "Zuhause": "Heizung": Values: "Heizungssystem"
|
|
*/
|
|
$factor_living_hs_heating_system_spec["zentral"]["vor1980"] = 1.35;
|
|
$factor_living_hs_heating_system_spec["zentral"]["1980"] = 1.25;
|
|
$factor_living_hs_heating_system_spec["zentral"]["1995"] = 1.15;
|
|
$factor_living_hs_heating_system_spec["zentral"]["2005"] = 1.1;
|
|
$factor_living_hs_heating_system_spec["zentral"]["brennwertkessel"] = 1;
|
|
$factor_living_hs_heating_system_spec["zentral"]["fernwaerme"] = 0.95;
|
|
$factor_living_hs_heating_system_spec["zentral"]["waermepumpe"] = 0.33;
|
|
$factor_living_hs_heating_system_spec["zentral"]["waermepumpe_oeko"] = 0.33;
|
|
// $factor_living_hs_heating_system_spec["zentral"]["stromdirekt"] = 0.8;
|
|
|
|
$factor_living_hs_heating_system_spec["etage"]["vor1980"] = 1.35;
|
|
$factor_living_hs_heating_system_spec["etage"]["1980"] = 1.25;
|
|
$factor_living_hs_heating_system_spec["etage"]["1995"] = 1.15;
|
|
$factor_living_hs_heating_system_spec["etage"]["2005"] = 1.1;
|
|
$factor_living_hs_heating_system_spec["etage"]["brennwertkessel"] = 1;
|
|
$factor_living_hs_heating_system_spec["etage"]["fernwaerme"] = 0.95;
|
|
$factor_living_hs_heating_system_spec["etage"]["waermepumpe"] = 0.33;
|
|
$factor_living_hs_heating_system_spec["etage"]["waermepumpe_oeko"] = 0.33;
|
|
$factor_living_hs_heating_system_spec["etage"]["stromdirekt"] = 0.8;
|
|
|
|
$factor_living_hs_heating_system_spec["einzel"][""] = 1.35;
|
|
|
|
/**
|
|
* "Zuhause": "Heizung": Form data: "zusätzlicher Einsatz von erneuerbaren Energieträgern"
|
|
*/
|
|
$fd_living_hs_additional_renewable_energy["none"] = array("name" => TXT_VALUE_FD_LIVING_HS_ADDITIONAL_RENEWABLE_ENERGY_NONE);
|
|
$fd_living_hs_additional_renewable_energy["10"] = array("name" => "10%");
|
|
$fd_living_hs_additional_renewable_energy["20"] = array("name" => "20%");
|
|
$fd_living_hs_additional_renewable_energy["30"] = array("name" => "30%");
|
|
$fd_living_hs_additional_renewable_energy["40"] = array("name" => "40%");
|
|
$fd_living_hs_additional_renewable_energy["50"] = array("name" => "50%");
|
|
|
|
/**
|
|
* "Zuhause": "Heizung": Values: "zusätzlicher Einsatz von erneuerbaren Energieträgern"
|
|
*/
|
|
$factor_living_hs_additional_renewable_energy["none"] = 1;
|
|
$factor_living_hs_additional_renewable_energy["10"] = 0.9;
|
|
$factor_living_hs_additional_renewable_energy["20"] = 0.8;
|
|
$factor_living_hs_additional_renewable_energy["30"] = 0.7;
|
|
$factor_living_hs_additional_renewable_energy["40"] = 0.6;
|
|
$factor_living_hs_additional_renewable_energy["50"] = 0.5;
|
|
|
|
/**
|
|
* "Zuhause": "Heizung": Form data: "durchschnittliche Raumtemperatur"
|
|
*/
|
|
$fd_living_hs_avg_room_temp["18"] = array("name" => "18°", "tip" => TXT_IMPROVE_LIVING_HS_AVG_ROOM_TEMP_BIS_19);
|
|
$fd_living_hs_avg_room_temp["19"] = array("name" => "19°", "tip" => TXT_IMPROVE_LIVING_HS_AVG_ROOM_TEMP_BIS_19);
|
|
$fd_living_hs_avg_room_temp["20"] = array("name" => "20°", "tip" => TXT_IMPROVE_LIVING_HS_AVG_ROOM_TEMP_BIS_21);
|
|
$fd_living_hs_avg_room_temp["21"] = array("name" => "21°", "tip" => TXT_IMPROVE_LIVING_HS_AVG_ROOM_TEMP_BIS_21);
|
|
$fd_living_hs_avg_room_temp["22"] = array("name" => "22°", "tip" => TXT_IMPROVE_LIVING_HS_AVG_ROOM_TEMP_UEBER_22);
|
|
$fd_living_hs_avg_room_temp["23"] = array("name" => "23°", "tip" => TXT_IMPROVE_LIVING_HS_AVG_ROOM_TEMP_UEBER_22);
|
|
$fd_living_hs_avg_room_temp["24"] = array("name" => "24°", "tip" => TXT_IMPROVE_LIVING_HS_AVG_ROOM_TEMP_UEBER_22);
|
|
|
|
/**
|
|
* "Zuhause": "Heizung": Values: "durchschnittliche Raumtemperatur"
|
|
*/
|
|
$factor_living_hs_avg_room_temp["18"] = 0.8;
|
|
$factor_living_hs_avg_room_temp["19"] = 0.9;
|
|
$factor_living_hs_avg_room_temp["20"] = 1;
|
|
$factor_living_hs_avg_room_temp["21"] = 1.1;
|
|
$factor_living_hs_avg_room_temp["22"] = 1.2;
|
|
$factor_living_hs_avg_room_temp["23"] = 1.25;
|
|
$factor_living_hs_avg_room_temp["24"] = 1.3;
|
|
|
|
/**
|
|
* "Zuhause": "Heizung": Form data: "Lüft-Gewohnheiten"
|
|
*/
|
|
$fd_living_hs_airing_habits["viele"] = array("name" => TXT_VALUE_FD_LIVING_HS_AIRING_HABITS_MANY, "tip" => TXT_IMPROVE_LIVING_HS_AIRING_HABITS_MANY);
|
|
$fd_living_hs_airing_habits["einige"] = array("name" => TXT_VALUE_FD_LIVING_HS_AIRING_HABITS_SOME, "tip" => TXT_IMPROVE_LIVING_HS_AIRING_HABITS_SOME);
|
|
$fd_living_hs_airing_habits["stoss"] = array("name" => TXT_VALUE_FD_LIVING_HS_AIRING_HABITS_NONE, "tip" => TXT_IMPROVE_LIVING_HS_AIRING_HABITS_NONE);
|
|
|
|
/**
|
|
* "Zuhause": "Heizung": Values: "Lüft-Gewohnheiten"
|
|
*/
|
|
$factor_living_hs_airing_habits["viele"] = 1.2;
|
|
$factor_living_hs_airing_habits["einige"] = 1.1;
|
|
$factor_living_hs_airing_habits["stoss"] = 1;
|
|
|
|
|
|
/**
|
|
* "Zuhause": "Heizung": Form data: "Heizen ungenutzter Räume"
|
|
*/
|
|
$fd_living_hs_heating_habits["normal"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_HABITS_NORMAL);
|
|
$fd_living_hs_heating_habits["minimal"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_HABITS_MINIMAL);
|
|
|
|
/**
|
|
* "Zuhause": "Heizung": Values: "Heizen ungenutzter Räume"
|
|
*/
|
|
$factor_living_hs_heating_habits["normal"] = 1;
|
|
$factor_living_hs_heating_habits["minimal"] = 0.9;
|
|
|
|
|
|
/**
|
|
* "Zuhause": "Heizung": Values: "Nachträgliche Modernisierung"
|
|
*/
|
|
$factor_living_hs_insulating_standard[""] = 0;
|
|
$factor_living_hs_insulating_standard["fenster"] = 0.12;
|
|
$factor_living_hs_insulating_standard["dach"] = 0.15;
|
|
$factor_living_hs_insulating_standard["fassade"] = 0.35;
|
|
$factor_living_hs_insulating_standard["kellerdecke"] = 0.07;
|
|
|
|
/**
|
|
* "Zuhause": "Heizung": Form data: "Nachträgliche Modernisierung"
|
|
*/
|
|
$fd_living_hs_insulating_standard["fenster"] = array("name" => TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_FENSTER);
|
|
$fd_living_hs_insulating_standard["dach"] = array("name" => TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_DACH);
|
|
$fd_living_hs_insulating_standard["fassade"] = array("name" => TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_KELLER);
|
|
$fd_living_hs_insulating_standard["kellerdecke"] = array("name" => TXT_VALUE_FD_LIVING_HS_INSULATING_STANDARD_KELLERDECKE);
|
|
|
|
/**
|
|
* "Zuhause": "Wohnverhältnis": Condition: "Nachträgliche Modernisierung"
|
|
* Nicht anzeigen: living_hc_cy
|
|
*/
|
|
$condition_living_hs_insulating_standard['living_hc_cy'] = array("upto2001", "later2001", "neh", "passivhaus", "upto1919_saniert", "upto1948_saniert", "upto2001_saniert");
|
|
|
|
/**
|
|
* "Zuhause": "Heizung": Form data: "persönlicher Warmwasserverbrauch"
|
|
*/
|
|
$fd_living_hs_warm_water_consumption["duschen"] = array("name" => TXT_VALUE_FD_LIVING_WARM_WATER_CONSUMPTION_DUSCHEN, "tip" => TXT_IMPROVE_LIVING_WARM_WATER_CONSUMPTION_DUSCHEN);
|
|
$fd_living_hs_warm_water_consumption["oft_duschen"] = array("name" => TXT_VALUE_FD_LIVING_WARM_WATER_CONSUMPTION_OFT_DUSCHEN, "tip" => TXT_IMPROVE_LIVING_WARM_WATER_CONSUMPTION_OFT_DUSCHEN);
|
|
$fd_living_hs_warm_water_consumption["oft_baden"] = array("name" => TXT_VALUE_FD_LIVING_WARM_WATER_CONSUMPTION_OFT_WASCHEN, "tip" => TXT_IMPROVE_LIVING_WARM_WATER_CONSUMPTION_OFT_WASCHEN);
|
|
|
|
/**
|
|
* "Zuhause": "Heizung": Values: "persönlicher Warmwasserverbrauch"
|
|
*/
|
|
$factor_living_hs_warm_water_consumption["duschen"] = 0.525;
|
|
$factor_living_hs_warm_water_consumption["oft_duschen"] = 1;
|
|
$factor_living_hs_warm_water_consumption["oft_baden"] = 1.5;
|
|
|
|
/**
|
|
* "Zuhause": "Heizung": Form data: "Spararmaturen"
|
|
*/
|
|
$fd_living_hs_saving_fittings["vorwiegend"] = array("name" => TXT_VALUE_FD_LIVING_HS_SAVING_FITTINGS_MOSTLY);
|
|
$fd_living_hs_saving_fittings["zumteil"] = array("name" => TXT_VALUE_FD_LIVING_HS_SAVING_FITTINGS_SOME);
|
|
$fd_living_hs_saving_fittings["keine"] = array("name" => TXT_VALUE_FD_LIVING_HS_SAVING_FITTINGS_NONE);
|
|
|
|
/**
|
|
* "Zuhause": "Heizung": Values: "Spararmaturen"
|
|
*/
|
|
$factor_living_hs_saving_fittings["vorwiegend"] = 0.6;
|
|
$factor_living_hs_saving_fittings["zumteil"] = 0.8;
|
|
$factor_living_hs_saving_fittings["keine"] = 1;
|
|
|
|
/**
|
|
* "Zuhause": "Heizung": Form data: "Warmwasser: Heizungssystem"
|
|
*/
|
|
$fd_living_hs_heating_system_warmwater["zentral"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_ZENTRAL);
|
|
$fd_living_hs_heating_system_warmwater["dezentral"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_DEZENTRAL);
|
|
|
|
/**
|
|
* "Zuhause": "Heizung": Values: "Warmwasser: Heizungssystem zentral"
|
|
*/
|
|
$factor_living_hs_heating_system_warmwater_zentral["vor1980"] = 1000;
|
|
$factor_living_hs_heating_system_warmwater_zentral["1980"] = 900;
|
|
$factor_living_hs_heating_system_warmwater_zentral["1995"] = 800;
|
|
$factor_living_hs_heating_system_warmwater_zentral["2005"] = 1150; //StS: Anpassung Jugendre$factor_living_hs_warm_water_consumption$factor_living_hs_warm_water_consumptionchner für Schätzung gemäß http://projekte.meine-verbraucherzentrale.de/DE-NW/duschrechner.html
|
|
$factor_living_hs_heating_system_warmwater_zentral["brennwertkessel"] = 600;
|
|
$factor_living_hs_heating_system_warmwater_zentral["fernwaerme"] = 700;
|
|
$factor_living_hs_heating_system_warmwater_zentral["waermepumpe"] = 200;
|
|
|
|
/**
|
|
* "Zuhause": "Heizung": Form data: "Warmwasser: Heizungssystem: Zentral Extras"
|
|
*/
|
|
$fd_living_hs_heating_system_warmwater_zentral_extras["solar"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_ZENTRAL_SOLAR);
|
|
$fd_living_hs_heating_system_warmwater_zentral_extras["waermepumpe"] = array("name" => TXT_VALUE_FD_LIVING_HS_HEATING_SYSTEM_WARMWATER_ZENTRAL_WAERMEPUMPE);
|
|
|
|
/**
|
|
* "Zuhause": "Heizung": Form data: "Warmwasser: Heizungssystem: Zentral Extras"
|
|
*/
|
|
$factor_living_hs_heating_system_warmwater_zentral_extras[""] = 1;
|
|
$factor_living_hs_heating_system_warmwater_zentral_extras["solar"] = 0.5;
|
|
$factor_living_hs_heating_system_warmwater_zentral_extras["waermepumpe"] = 0.5;
|
|
|
|
/**
|
|
* "Zuhause": "Heizung": Form data: "Warmwasser: Heizungssystem: Dezentral"
|
|
*/
|
|
$fd_living_hs_heating_system_warmwater_dezentral["erdgas"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_ERDGAS, "unit" => "kWh");
|
|
$fd_living_hs_heating_system_warmwater_dezentral["fluessiggas"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_FLUESSIGGAS, "unit" => "Liter");
|
|
$fd_living_hs_heating_system_warmwater_dezentral["heizoel"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_HEIZOEL, "unit" => "Liter");
|
|
$fd_living_hs_heating_system_warmwater_dezentral["strom"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_STROM, "unit" => "kWh");
|
|
$fd_living_hs_heating_system_warmwater_dezentral["strom_oeko"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_STROM_OEKO, "unit" => "kWh");
|
|
$fd_living_hs_heating_system_warmwater_dezentral["holz"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_HOLZ, "unit" => "kg");
|
|
$fd_living_hs_heating_system_warmwater_dezentral["holzpellets"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_HOLZPELLETS, "unit" => "kg");
|
|
$fd_living_hs_heating_system_warmwater_dezentral["steinkohle"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_STEINKOHLE, "unit" => "kg");
|
|
$fd_living_hs_heating_system_warmwater_dezentral["braunkohle"] = array("name" => TXT_VALUE_FD_LIVING_HS_TYPE_BRAUNKOHLE, "unit" => "kg");
|
|
|
|
/**
|
|
* "Zuhause": "Heizung": Values: "Warmwasser: Heizungssystem dezentral"
|
|
*/
|
|
$factor_living_hs_heating_system_warmwater_dezentral["1"] = 1150; // kWh / Person //StS: Anpassung Jugendrechner gemäß http://projekte.meine-verbraucherzentrale.de/DE-NW/duschrechner.html
|
|
$factor_living_hs_heating_system_warmwater_dezentral["2"] = 550; // kWh / Person
|
|
$factor_living_hs_heating_system_warmwater_dezentral["3"] = 500; // kWh / Person
|
|
$factor_living_hs_heating_system_warmwater_dezentral["4"] = 475; // kWh / Person
|
|
$factor_living_hs_heating_system_warmwater_dezentral["5"] = 460; // kWh / Person
|
|
$factor_living_hs_heating_system_warmwater_dezentral["6"] = 460; // kWh / Person
|
|
$factor_living_hs_heating_system_warmwater_dezentral["7"] = 460; // kWh / Person
|
|
$factor_living_hs_heating_system_warmwater_dezentral["8"] = 460; // kWh / Person
|
|
$factor_living_hs_heating_system_warmwater_dezentral["9"] = 460; // kWh / Person
|
|
$factor_living_hs_heating_system_warmwater_dezentral["10"] = 460; // kWh / Person
|
|
|
|
/**
|
|
* "Zuhause": "Strom": Values: "Basis Stromverbrauch pro Person"
|
|
* Wird auch im Szenario verwendet
|
|
* Quelle: BDEW (2013) Stromverbrauch im HH. S.10: Stromverbrauch je HH nach HHgröße ohne elektrische WWaufbereitung, + Ergänzung ab 5 Personen-HH jeweils um 500 kWh/Person (STS 10.2016)
|
|
*/
|
|
$factor_living_pt_estimate_consumption_basic[1] = 1170; // StS_02_2021 Anpassung für Jugendrechner bei Berechnung von 1 Person/HH: statt 1700 kWh Annahme 3 Personen/HH --> $factor_living_pt_estimate_consumption_basic[3] = 3500 / 3 = 1170
|
|
$factor_living_pt_estimate_consumption_basic[2] = 3225; //PaP_12_2020 Anpassung wegen gesunkenem Stromfaktor, war 2790 / PaP_09_2020 vorher 2900 / Anpassung für Durchschnitt bei default Einstellung von 3000 auf 2600 //Modif_StS_12_2018 wg. Durchschnitt im default
|
|
$factor_living_pt_estimate_consumption_basic[3] = 3500;
|
|
$factor_living_pt_estimate_consumption_basic[4] = 4200;
|
|
$factor_living_pt_estimate_consumption_basic[4] = 4200;
|
|
$factor_living_pt_estimate_consumption_basic[5] = 4700;
|
|
$factor_living_pt_estimate_consumption_basic[6] = 5200;
|
|
$factor_living_pt_estimate_consumption_basic[7] = 5700;
|
|
$factor_living_pt_estimate_consumption_basic[8] = 6200;
|
|
$factor_living_pt_estimate_consumption_basic[9] = 6700;
|
|
$factor_living_pt_estimate_consumption_basic[10] = 7200;
|
|
|
|
/**
|
|
* "Zuhause": "Strom": Form data: "Strombezug"
|
|
*/
|
|
$fd_living_pt_type["strommix_de"] = array("name" => TXT_VALUE_FD_LIVING_PT_TYPE_STROMMIX_DE, "tip" => TXT_IMPROVE_LIVING_PT_TYPE_STROMMIX_DE);
|
|
$fd_living_pt_type["strom_oeko"] = array("name" => TXT_VALUE_FD_LIVING_PT_TYPE_STROM_OEKO, "tip" => TXT_IMPROVE_LIVING_PT_TYPE_STROM_OEKO);
|
|
|
|
/**
|
|
* "Zuhause": "Strom": Values: "Strombezug"
|
|
*/
|
|
$factor_living_pt_type["strommix_de"] = 0.4358; // PaP_12_2020 war 0.5048 //PaP_09_2020 Anpassung, vorher 0.5237 //Modif_StS_12_2018,
|
|
/* Ökostrom => emission = Ökostromfaktor oder Graustrom siehe: http://mantis.co2-pro.de/view.php?id=1518 */
|
|
$factor_living_pt_type["strom_oeko"] = 0.03424; // Modif_StS_12_2017
|
|
|
|
/**
|
|
* "Szenario": "Strom": Values: Strombezug pro Zeitperiode
|
|
*/
|
|
$factor_sc_living_pt_type["strommix_de"]['st'] = 0.5048; //PaP_09_2020 Anpassung von 0.5237 auf 0.5048 gesenkt - neuer Wert erforderlich /* Modif_StS_12_2018 12.2018 von 0.5597 auf 0.5237 gesenkt, bitte neuen Wert berechnen! bis 12.17 Öko-I. AMS 2MOD 0.623; UPDATE 201605_ODD vorher: 1MOD_AMS 0,52 */ /*ODD update needed*//* TO CHECK */ //Modif_StS_12_2017 aus Stromfaktor aus 16 für 18 0.5597
|
|
$factor_sc_living_pt_type["strommix_de"]['mt'] = 0.5048; //PaP_09_2020 Anpassung von 0.5237 auf 0.5048 gesenkt - neuer Wert erforderlich /* Modif_StS_12_2018: 12.2018 von 0.541 auf 0.5237 gesenkt, bitte neuen Wert berechnen! Öko-I. AMS 2MOD; UPDATE 201605_ODD vorher: 1MOD_AMS 0,427*/ //Modif_StS_12_2017
|
|
$factor_sc_living_pt_type["strommix_de"]['lt'] = 0.312; /* Öko-I. AMS 2MOD; UPDATE 201605_ODD vorher: 1MOD_AMS 0,272*/ //Modif_StS_12_2017
|
|
/* Ökostrom => emission = Ökostromfaktor oder Graustrom siehe: http://mantis.co2-pro.de/view.php?id=1518 */
|
|
$factor_sc_living_pt_type["strom_oeko"]['st'] = 0.03424; //Modif_StS_12_2017 dem Faktor für 2018 gleich gesetzt (bis 12.17: 0,044)
|
|
$factor_sc_living_pt_type["strom_oeko"]['mt'] = 0.030; /*eigene Annahme*/ //Modif_StS_12_2017
|
|
$factor_sc_living_pt_type["strom_oeko"]['lt'] = 0.0115; /*eigene Annahme*/ //Modif_StS_12_2017
|
|
|
|
|
|
/**
|
|
* "Zuhause": "Strom": Form data: "Computer"
|
|
*/
|
|
$fd_living_pt_computer["pc"] = array("name" => TXT_VALUE_FD_LIVING_PT_COMPUTER_PC, "tip" => '');
|
|
$fd_living_pt_computer["laptop"] = array("name" => TXT_VALUE_FD_LIVING_PT_COMPUTER_LAPTOP, "tip" => '');
|
|
$fd_living_pt_computer["mobile_device"] = array("name" => TXT_VALUE_FD_LIVING_PT_COMPUTER_MOBILE_DEVICE, "tip" => '');
|
|
|
|
/**
|
|
* "Zuhause": "Strom": Values: "Computer"
|
|
*/
|
|
$factor_living_pt_computer["pc"] = 30;
|
|
$factor_living_pt_computer["laptop"] = 20;
|
|
$factor_living_pt_computer["mobile_device"] = 10;
|
|
|
|
$default_factor_living_pt_computer = "pc";
|
|
|
|
/**
|
|
* "Zuhause": "Strom": Form data: "Gaming"
|
|
*/
|
|
$fd_living_pt_gaming["viel"] = array("name" => TXT_VALUE_FD_LIVING_PT_GAMING_VIEL, "tip" => '');
|
|
$fd_living_pt_gaming["taeglich"] = array("name" => TXT_VALUE_FD_LIVING_PT_GAMING_TAEGLICH, "tip" => '');
|
|
$fd_living_pt_gaming["gelegentlich"] = array("name" => TXT_VALUE_FD_LIVING_PT_GAMING_GELEGENTLICH, "tip" => '');
|
|
$fd_living_pt_gaming["nein"] = array("name" => TXT_VALUE_FD_LIVING_PT_GAMING_NEIN, "tip" => '');
|
|
|
|
/**
|
|
* "Zuhause": "Strom": Values: "Gaming"
|
|
*/
|
|
$factor_living_pt_gaming["viel"] = 300;
|
|
$factor_living_pt_gaming["taeglich"] = 100;
|
|
$factor_living_pt_gaming["gelegentlich"] = 0;
|
|
$factor_living_pt_gaming["nein"] = -100;
|
|
|
|
$default_factor_living_pt_gaming = "gelegentlich";
|
|
|
|
/**
|
|
* "Zuhause": "Strom": Form data: "Elektrogeräte"
|
|
*/
|
|
$fd_living_pt_elektro["viel"] = array("name" => TXT_VALUE_FD_LIVING_PT_ELEKTRO_VIEL, "tip" => '');
|
|
$fd_living_pt_elektro["minimal"] = array("name" => TXT_VALUE_FD_LIVING_PT_ELEKTRO_MINIMAL, "tip" => '');
|
|
$fd_living_pt_elektro["standard"] = array("name" => TXT_VALUE_FD_LIVING_PT_ELEKTRO_STANDARD, "tip" => '');
|
|
|
|
/**
|
|
* "Zuhause": "Strom": Values: "Elektrogeräte"
|
|
*/
|
|
$factor_living_pt_elektro["viel"] = 30;
|
|
$factor_living_pt_elektro["minimal"] = -30;
|
|
$factor_living_pt_elektro["standard"] = 0;
|
|
|
|
$default_factor_living_pt_elektro = "standard";
|
|
|
|
|
|
/**
|
|
* "Zuhause": "Strom": Form data: "Energiesparlampen"
|
|
*/
|
|
$fd_living_pt_energy_saving_bulbs["nur"] = array("name" => TXT_VALUE_FD_LIVING_PT_ENERGY_SAVING_BULBS_NUR, "tip" => TXT_IMPROVE_LIVING_PT_ENERGY_SAVING_BULBS_NUR);
|
|
$fd_living_pt_energy_saving_bulbs["einige"] = array("name" => TXT_VALUE_FD_LIVING_PT_ENERGY_SAVING_BULBS_EINIGE, "tip" => TXT_IMPROVE_LIVING_PT_ENERGY_SAVING_BULBS_EINIGE);
|
|
|
|
/**
|
|
* "Zuhause": "Strom": Values: "Energiesparlampen"
|
|
*/
|
|
$factor_living_pt_energy_saving_bulbs["nur"] = -50;
|
|
$factor_living_pt_energy_saving_bulbs["einige"] = 0;
|
|
|
|
$default_factor_living_pt_energy_saving_bulbs = "einige";
|
|
|
|
/**
|
|
* "Zuhause": "Strom": Form data: "Stand-by"
|
|
*/
|
|
$fd_living_pt_energy_standby["geraet"] = array("name" => TXT_VALUE_FD_LIVING_PT_ENERGY_STANDBY_GERAET, "tip" => TXT_IMPROVE_LIVING_PT_ENERGY_STANDBY_GERAET);
|
|
$fd_living_pt_energy_standby["standby"] = array("name" => TXT_VALUE_FD_LIVING_PT_ENERGY_STANDBY_STANDBY, "tip" => TXT_IMPROVE_LIVING_PT_ENERGY_STANDBY_STANDBY);
|
|
$fd_living_pt_energy_standby["komplett"] = array("name" => TXT_VALUE_FD_LIVING_PT_ENERGY_STANDBY_KOMPLETT, "tip" => TXT_IMPROVE_LIVING_PT_ENERGY_STANDBY_KOMPLETT);
|
|
|
|
/**
|
|
* "Zuhause": "Strom": Values: "Stand-by"
|
|
*/
|
|
$factor_living_pt_energy_standby["geraet"] = 0;
|
|
$factor_living_pt_energy_standby["standby"] = 50;
|
|
$factor_living_pt_energy_standby["komplett"] = -50;
|
|
|
|
$default_factor_living_pt_energy_standby = "standby";
|
|
|
|
|
|
/* EOF "Zuhause" */
|
|
|
|
|
|
|
|
/* "Mobilität": "Fahrzeuge" */
|
|
|
|
/**
|
|
* "Mobilität": "Fahrzeuge": Form data: "Anzahl der Fahrzeuge"
|
|
*/
|
|
$fd_mobility_cars_total_amount = 5; // change also manually in "_functions.inc.js"
|
|
|
|
|
|
/**
|
|
* "Mobilität": "Fahrzeuge": Form data: "Fahrzeugart"
|
|
*/
|
|
$fd_mobility_cars_type["kleinwagen"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_KLEINWAGEN, "tip" => TXT_IMPROVE_MOBILITY_CARS_TYPE_CAR);
|
|
$fd_mobility_cars_type["mittelklasse"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_MITTELKLASSE, "tip" => TXT_IMPROVE_MOBILITY_CARS_TYPE_CAR);
|
|
$fd_mobility_cars_type["oberklasse"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_OBERKLASSE, "tip" => TXT_IMPROVE_MOBILITY_CARS_TYPE_CAR);
|
|
// $fd_mobility_cars_type["phev"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_PHEV);
|
|
$fd_mobility_cars_type["bev"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_BEV, "tip" => TXT_IMPROVE_MOBILITY_CARS_TYPE_BEV);
|
|
// $fd_mobility_cars_type["bev_re"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_BEV_RE);
|
|
$fd_mobility_cars_type["motorrad"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_MOTORRAD, "tip" => TXT_IMPROVE_MOBILITY_CARS_TYPE_MOTORRAD);
|
|
$fd_mobility_cars_type["motoroller"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_MOTOROLLER, "tip" => TXT_IMPROVE_MOBILITY_CARS_TYPE_MOTORRAD);
|
|
$fd_mobility_cars_type["e_roller"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_TYPE_EROLLER, "tip" => TXT_IMPROVE_MOBILITY_CARS_TYPE_EROLLER);
|
|
|
|
|
|
/**
|
|
* "Mobilität": "Fahrzeuge": Values: "Energieträger"
|
|
*/
|
|
$factor_mobility_cars_energy_source["benzin"] = 2.681; // PaP_09_2020 Anpassung vorher 2.702 /* Anpassung 22-12-2014 StS: von 2.7238 auf 2,69 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 2,702*/
|
|
$factor_mobility_cars_energy_source["diesel"] = 3.079; //PaP_09_2020 Anpassung vorher 3.114 /* Anpassung 22-12-2014 StS: von 2.8809 auf 2,908 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 3,114*/
|
|
$factor_mobility_cars_energy_source["biodiesel"] = 1.358; /* Anpassung 22-12-2014 StS: von 1.546 auf 1.332 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 1,358*/
|
|
$factor_mobility_cars_energy_source["erdgas"] = 2.763; // PaP_09_2020 Anpassung vorher 3.26 /* Anpassung 22-12-2014 StS: von 3.34 auf 3.429 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 3,26*/
|
|
$factor_mobility_cars_energy_source["fluessiggas"] = 2.278;// PaP_09_2020 Anpassung vorher 2.235 /* Anpassung 22-12-2014 StS: von 1.89 auf 2.083 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 2,235 */
|
|
$factor_mobility_cars_energy_source["ethanol"] = 0.882; /* Anpassung 22-12-2014 StS: von 1.139 auf 0,882 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 0,882*/
|
|
|
|
/**
|
|
* "Szenario" : "Mobilität": "Fahrzeuge": Values: "Energieträger"
|
|
*/
|
|
$factor_sc_mobility_cars_energy_source["benzin"] = 2.681; // PaP_09_2020 Anpassung vorher 2.702 /* Anpassung 22-12-2014 StS: von 2.7238 auf 2,69 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 2,702*/
|
|
$factor_sc_mobility_cars_energy_source["diesel"] = 3.079; //PaP_09_2020 Anpassung vorher 3.114 /* Anpassung 22-12-2014 StS: von 2.8809 auf 2,908 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 3,114*/
|
|
$factor_sc_mobility_cars_energy_source["biodiesel"] = 1.358; /* Anpassung 22-12-2014 StS: von 1.546 auf 1.332 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 1,358*/
|
|
$factor_sc_mobility_cars_energy_source["erdgas"] = 2.763; // PaP_09_2020 Anpassung vorher 3.26 /* Anpassung 22-12-2014 StS: von 3.34 auf 3.429 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 3,26*/
|
|
$factor_sc_mobility_cars_energy_source["fluessiggas"] = 2.278;// PaP_09_2020 Anpassung vorher 2.235 /* Anpassung 22-12-2014 StS: von 1.89 auf 2.083 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 2,235*/
|
|
$factor_sc_mobility_cars_energy_source["ethanol"] = 0.882; /* Anpassung 22-12-2014 StS: von 1.139 auf 0,882 (TÜV gepr.) 201612_ODD Basis TREMOD 5.62 : 0,882*/
|
|
|
|
/**
|
|
* "Mobilität": "Fahrzeuge": Form data: "Energieträger"
|
|
*/
|
|
$fd_mobility_cars_energy_source["benzin"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_BENZIN, "unit" => TXT_VALUE_FD_UNIT_LITER);
|
|
$fd_mobility_cars_energy_source["diesel"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_DIESEL, "unit" => TXT_VALUE_FD_UNIT_LITER);
|
|
//$fd_mobility_cars_energy_source["biodiesel"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_BIODIESEL, "unit" => TXT_VALUE_FD_UNIT_LITER);
|
|
$fd_mobility_cars_energy_source["erdgas"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_ERDGAS, "unit" => TXT_VALUE_FD_UNIT_KG);
|
|
$fd_mobility_cars_energy_source["fluessiggas"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_FLUESSIGGAS, "unit" => TXT_VALUE_FD_UNIT_LITER);
|
|
//$fd_mobility_cars_energy_source["ethanol"] = array("name" => TXT_VALUE_FD_MOBILITY_CARS_ENERGY_SOURCE_ETHANOL, "unit" => TXT_VALUE_FD_UNIT_LITER);
|
|
|
|
|
|
/**
|
|
* "Mobilität": "CarSharing": Values: "Energieträger" und "Verbrauch" /*ODD 201605 Update needed?/
|
|
*/
|
|
$factor_mobility_car_sharing_energy_source = $factor_mobility_cars_energy_source["benzin"];
|
|
$factor_mobility_car_sharing_consumption = 6.0; /* Anpassung 22-12-2014 StS: siehe Mantis 1403 */
|
|
|
|
|
|
|
|
/**
|
|
* "Mobilität": "Fahrzeuge": Values: "Verbrauchsvorgabe"
|
|
*/
|
|
$factor_mobility_cars_consumption_default["benzin"]["kleinwagen"] = 6.7; /* Quelle IFEU 2012 */
|
|
$factor_mobility_cars_consumption_default["benzin"]["motorrad"] = 3.3; /* Quelle IFEU 2012 */
|
|
$factor_mobility_cars_consumption_default["benzin"]["motoroller"] = 2.2; /* Quelle IFEU 2012 */
|
|
|
|
$factor_mobility_cars_consumption_default["diesel"]["mittelklasse"] = 6.1; /* Quelle IFEU 2012 */
|
|
$factor_mobility_cars_consumption_default["diesel"]["oberklasse"] = 8.2; /* Quelle IFEU 2012 */
|
|
|
|
$factor_mobility_cars_consumption_default["kwh"]["bev"] = 20;
|
|
$factor_mobility_cars_consumption_default["kwh"]["e_roller"] = 4;
|
|
|
|
/**
|
|
* "Szenario" : "Mobilität": "Fahrzeuge": Values: Reduktion in Prozent
|
|
*/
|
|
$factor_sc_mobility_cars_consumption_default = 10; // Wird in Javascript verwendet
|
|
|
|
/**
|
|
* "Mobilität": "Fahrzeuge": Values: "Energieträger zur Berechnung CO2-Quote [g/km]" TO CHECK
|
|
*/
|
|
$factor_mobility_cars_energy_source_co2quota["benzin"] = 2.35; /* 201612_ODD TO CHECK: UPDATE NEEDED? */
|
|
$factor_mobility_cars_energy_source_co2quota["diesel"] = 2.65; /* 201612_ODD TO CHECK: UPDATE NEEDED? */
|
|
$factor_mobility_cars_energy_source_co2quota["biodiesel"] = 0.0; /* 201612_ODD TO CHECK: UPDATE NEEDED? */
|
|
$factor_mobility_cars_energy_source_co2quota["erdgas"] = 2.509; /* 201612_ODD TO CHECK: UPDATE NEEDED? */
|
|
$factor_mobility_cars_energy_source_co2quota["fluessiggas"] = 1.72; /* 201612_ODD TO CHECK: UPDATE NEEDED? */
|
|
$factor_mobility_cars_energy_source_co2quota["ethanol"] = 0.0; /* 201612_ODD TO CHECK: UPDATE NEEDED? */
|
|
|
|
|
|
|
|
/* EOF "Mobilität": "Fahrzeuge" */
|
|
|
|
|
|
/* "Mobilität": "Unterwegs im Alltag" */
|
|
|
|
/**
|
|
* "Mobilität": "Unterwegs im Alltag": Values: "Zur Schule, Ausbildung oder Job"
|
|
*/
|
|
$factor_mobility_school_transportation["fahrrad"] = 0;
|
|
$factor_mobility_school_transportation["bus_bahn"] = 0.08;
|
|
$factor_mobility_school_transportation["eltern"] = 0.35;
|
|
$factor_mobility_school_transportation["auto"] = 0.2;
|
|
$factor_mobility_school_transportation["moped"] = 0.1;
|
|
$factor_mobility_school_transportation["motorrad"] = 0.15;
|
|
$factor_mobility_school_transportation["e_roller"] = 0.04;
|
|
|
|
/**
|
|
* "Mobilität": "Unterwegs im Alltag": Form data: "Zur Schule, Ausbildung oder Job"
|
|
*/
|
|
$fd_mobility_school_transportation["fahrrad"] = array("name" => TXT_VALUE_FD_MOBILITY_SCHOOL_TRANSPORTATION_FAHRRAD, "tip" => TXT_IMPROVE_MOBILITY_SCHOOL_TRANSPORTATION_FAHRRAD);
|
|
$fd_mobility_school_transportation["bus_bahn"] = array("name" => TXT_VALUE_FD_MOBILITY_SCHOOL_TRANSPORTATION_BUS_BAHN, "tip" => TXT_IMPROVE_MOBILITY_SCHOOL_TRANSPORTATION_BUS_BAHN);
|
|
$fd_mobility_school_transportation["eltern"] = array("name" => TXT_VALUE_FD_MOBILITY_SCHOOL_TRANSPORTATION_ELTERN, "tip" => TXT_IMPROVE_MOBILITY_SCHOOL_TRANSPORTATION_ELTERN);
|
|
$fd_mobility_school_transportation["auto"] = array("name" => TXT_VALUE_FD_MOBILITY_SCHOOL_TRANSPORTATION_AUTO, "tip" => TXT_IMPROVE_MOBILITY_SCHOOL_TRANSPORTATION_AUTO);
|
|
$fd_mobility_school_transportation["moped"] = array("name" => TXT_VALUE_FD_MOBILITY_SCHOOL_TRANSPORTATION_MOPED, "tip" => TXT_IMPROVE_MOBILITY_SCHOOL_TRANSPORTATION_MOPED);
|
|
$fd_mobility_school_transportation["motorrad"] = array("name" => TXT_VALUE_FD_MOBILITY_SCHOOL_TRANSPORTATION_MOTORRAD, "tip" => TXT_IMPROVE_MOBILITY_SCHOOL_TRANSPORTATION_MOTORRAD);
|
|
$fd_mobility_school_transportation["e_roller"] = array("name" => TXT_VALUE_FD_MOBILITY_SCHOOL_TRANSPORTATION_E_ROLLER, "tip" => TXT_IMPROVE_MOBILITY_SCHOOL_TRANSPORTATION_E_ROLLER);
|
|
|
|
/**
|
|
* "Mobilität": "Unterwegs im Alltag": Values: "Freizeit" (1000 km)
|
|
*/
|
|
$factor_mobility_spare_time_performance["fahrrad"] = 0;
|
|
$factor_mobility_spare_time_performance["bus_bahn"] = 0.07;
|
|
$factor_mobility_spare_time_performance["moped"] = 0.1;
|
|
$factor_mobility_spare_time_performance["e_roller"] = 0.04;
|
|
$factor_mobility_spare_time_performance["motorrad"] = 0.15;
|
|
$factor_mobility_spare_time_performance["auto"] = 0.2;
|
|
$factor_mobility_spare_time_performance["eltern"] = 0.35;
|
|
|
|
/**
|
|
* "Mobilität": "Unterwegs im Alltag" Form data: "Freizeit"
|
|
*/
|
|
$fd_mobility_spare_time_performance["fahrrad"] = array(
|
|
"name" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_FAHRRAD,
|
|
"tip" => TXT_IMPROVE_MOBILITY_SPARE_TIME_PERFORMANCE_FAHRRAD,
|
|
"help" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_FAHRRAD_HELP
|
|
);
|
|
$fd_mobility_spare_time_performance["bus_bahn"] = array(
|
|
"name" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_BUS_BAHN,
|
|
"tip" => TXT_IMPROVE_MOBILITY_SPARE_TIME_PERFORMANCE_BUS_BAHN,
|
|
"help" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_BUS_BAHN_HELP
|
|
);
|
|
$fd_mobility_spare_time_performance["moped"] = array(
|
|
"name" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_MOPED,
|
|
"tip" => TXT_IMPROVE_MOBILITY_SPARE_TIME_PERFORMANCE_MOPED,
|
|
"help" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_MOPED_HELP
|
|
);
|
|
$fd_mobility_spare_time_performance["e_roller"] = array(
|
|
"name" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_E_ROLLER,
|
|
"tip" => TXT_IMPROVE_MOBILITY_SPARE_TIME_PERFORMANCE_E_ROLLER,
|
|
"help" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_E_ROLLER_HELP
|
|
);
|
|
$fd_mobility_spare_time_performance["motorrad"] = array(
|
|
"name" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_MOTORRAD,
|
|
"tip" => TXT_IMPROVE_MOBILITY_SPARE_TIME_PERFORMANCE_MOTORRAD,
|
|
"help" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_MOTORRAD_HELP
|
|
);
|
|
$fd_mobility_spare_time_performance["auto"] = array(
|
|
"name" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_AUTO,
|
|
"tip" => TXT_IMPROVE_MOBILITY_SPARE_TIME_PERFORMANCE_AUTO,
|
|
"help" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_AUTO_HELP
|
|
);
|
|
$fd_mobility_spare_time_performance["eltern"] = array(
|
|
"name" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_ELTERN,
|
|
"tip" => TXT_IMPROVE_MOBILITY_SPARE_TIME_PERFORMANCE_ELTERN,
|
|
"help" => TXT_VALUE_FD_MOBILITY_SPARE_TIME_PERFORMANCE_ELTERN_HELP
|
|
);
|
|
|
|
/* EOF "Mobilität": "Unterwegs im Alltag" */
|
|
|
|
|
|
/* "Mobilität": "Im Urlaub mit Auto oder Bahn" */
|
|
|
|
|
|
/**
|
|
* "Mobilität": "Fahrten und Reisen": Values: "öffentlicher Verkehr individuell" (1000 km)
|
|
*/
|
|
$factor_mobility_transport_type["long_distance"] = 43.98; /* Modif_StS_12_2018 46->43.98 Q: DB-KlimAktiv 2018 / Anpassung 22-12-2014 StS: von 47.9 auf 43 (TÜV gepr.) / Q: DB / KlimAktiv 2014; 201605_ODD: TREMOD 5.62, Daten IFEU 201602 201612_ODD KlimAktivDB: 45,96 */
|
|
$factor_mobility_transport_type["long_distance_green"] = 4.39; /* Modif_StS_12_2018 46->4.39 Q: DB-KlimAktiv 2018 / 201612_ODD KlimAktivDB: 4,74*/ //Modif_StS_12_2017
|
|
$factor_mobility_transport_type["short_distance"] = 57.40; //PaP_09_2020 Anpassung, vorher 58.10, 20200901_Faktoren-CO2-Rechner /* Modif_StS_12_2018 66->58.10 Q: TREMOD 5.82, 2017/ Anpassung 22-12-2014 StS: von 78.97 auf 74 (TÜV gepr.) / Q: TREMOD 5.32, 2011; 201605_ODD: TREMOD 5.62, Daten IFEU 201602 201612_ODD TREMOD 5.62 66*/
|
|
$factor_mobility_transport_type["oepnv"] = 65.10; //PaP_09_2020 Anpassung, vorher 63.10 , 20200901_Faktoren-CO2-Rechner /* Modif_StS_12_2018 70->63.10 Q: TREMOD 5.82, 2017 / Anpassung 22-12-2014 StS: von 78.6 auf 75 (TÜV gepr.) / Q: TREMOD 5.32, 2011; 201605_ODD: TREMOD 5.62, Daten IFEU 201602, 201612_ODD TREMOD 5.62 70*/
|
|
$factor_mobility_transport_type["coach"] = 30.4; //PaP_09_2020 Anpassung, vorher 32 , 20200901_Faktoren-CO2-Rechner /* Anpassung 22-12-2014 StS: von 30.8 auf 30 (TÜV gepr.) / Q: TREMOD 5.32, 2011; 201605_ODD: TREMOD 5.62, Daten IFEU 201602, 201612_ODD TREMOD 5.62 32*/
|
|
$factor_mobility_transport_type["bike"] = 0;
|
|
$factor_mobility_transport_type["e_bike"] = 0;
|
|
$factor_mobility_transport_type["on_foot"] = 0;
|
|
|
|
|
|
/**
|
|
* "Mobilität": "Fahrten und Reisen": Form data: "öffentlicher Verkehr individuell"
|
|
*/
|
|
$fd_mobility_transport_type["long_distance_green"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE_GREEN, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE_GREEN);
|
|
$fd_mobility_transport_type["long_distance"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE_GREEN);
|
|
$fd_mobility_transport_type["short_distance"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_TRAIN_SHORT_DISTANCE, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE_GREEN);
|
|
$fd_mobility_transport_type["oepnv"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_OEPNV, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE_GREEN);
|
|
$fd_mobility_transport_type["coach"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_COACH, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_TRAIN_LONG_DISTANCE_GREEN);
|
|
$fd_mobility_transport_type["bike"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_BIKE, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_BIKE);
|
|
$fd_mobility_transport_type["e_bike"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_E_BIKE, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_BIKE);
|
|
$fd_mobility_transport_type["on_foot"] = array("name" => TXT_VALUE_FD_MOBILITY_TRANSPORT_TYPE_ON_FOOT, "tip" => TXT_IMPROVE_MOBILITY_TRANSPORT_TYPE_BIKE);
|
|
|
|
|
|
/**
|
|
* "Mobilität": "Fahrten und Reisen": Values: "Vermeidungsfaktor öffentlicher Verkehr individuell" (kg pro pkm)
|
|
* Mantis 1473: kg CO2e/PKM
|
|
* MIV Faktor - $factor_mobility_transport_type[""]
|
|
*/
|
|
$factor_mobility_transport_type_avoidance_self["long_distance"] = 0.0951; /* Modif_StS_12_2018 0.093->0.0951 201512: 0.098; 201605_ODD: TREMOD 5.62, Daten IFEU 201602*/ //Modif_StS_12_2017
|
|
$factor_mobility_transport_type_avoidance_self["long_distance_green"] = 0.1347; //Modif_StS_12_2018 0.134->0.1347 Modif_StS_12_2017
|
|
$factor_mobility_transport_type_avoidance_self["short_distance"] = 0.0817; //PaP_09_2020 Anpassung, vorher 0.081, 20200901_Faktoren-CO2-Rechner /* Modif_StS_12_2018 0.073->0.081 201512: 0.067; 201605_ODD: TREMOD 5.62, Daten IFEU 201602*/ //Modif_StS_12_2017
|
|
$factor_mobility_transport_type_avoidance_self["oepnv"] = 0.074; //PaP_09_2020 Anpassung, vorher 0.076, 20200901_Faktoren-CO2-Rechner /* Modif_StS_12_2018 0.070->0.076 201512: 0.066; 201605_ODD: TREMOD 5.62, Daten IFEU 201602*/ //Modif_StS_12_2017
|
|
$factor_mobility_transport_type_avoidance_self["coach"] = 0.109; //PaP_09_2020 Anpassung, vorher 0.107, 20200901_Faktoren-CO2-Rechner /* 201512: 0.111; 201605_ODD: TREMOD 5.62, Daten IFEU 201602*/ //Modif_StS_12_2017
|
|
$factor_mobility_transport_type_avoidance_self["bike"] = 0.139; //Modif_StS_12_2017
|
|
$factor_mobility_transport_type_avoidance_self["e_bike"] = 0.133; //Modif_StS_12_2017
|
|
$factor_mobility_transport_type_avoidance_self["on_foot"] = 0.139; //Modif_StS_12_2017
|
|
|
|
/**
|
|
* "Szenario": "Mobilität": "Fahrten und Reisen": Values: "Vermeidungsfaktor öffentlicher Verkehr individuell" (kg pro pkm)
|
|
* MIV Faktor - $factor_sc_mobility_transport_type[""]
|
|
* wird nur bei [st] angewendet
|
|
*/
|
|
$factor_sc_mobility_transport_type_avoidance_self["long_distance"] = 0.11; /* ÖI AMS 2020 2MOD*/
|
|
$factor_sc_mobility_transport_type_avoidance_self["long_distance_green"] = 0.1347; //Modif_StS_12_2018 0.134->0.1347
|
|
$factor_sc_mobility_transport_type_avoidance_self["short_distance"] = 0.086; /* ÖI AMS 2020 2MOD*/
|
|
$factor_sc_mobility_transport_type_avoidance_self["oepnv"] = 0.084; /* ÖI AMS 2020 2MOD*/
|
|
$factor_sc_mobility_transport_type_avoidance_self["coach"] = 0.115; /* ÖI AMS 2020 2MOD*/
|
|
$factor_sc_mobility_transport_type_avoidance_self["bike"] = 0.141;
|
|
$factor_sc_mobility_transport_type_avoidance_self["e_bike"] = 0.141;
|
|
$factor_sc_mobility_transport_type_avoidance_self["on_foot"] = 0.141;
|
|
|
|
/**
|
|
* "Mobilität": "Fahrten und Reisen": Values: "öffentlicher Verkehr generell" (1000 km)
|
|
*/
|
|
$factor_mobility_train_general_performance = 49.20; // PaP_09_2020 Anpassung, vorher 52.05, 20200901_Faktoren-CO2-Rechner /* Modif_StS_12_2018 69.717 -> 52.05 / IFEU 2010 */ /*2016_ODD TREMOD 5.62: unverändert*/
|
|
|
|
/**
|
|
* "Szenario": "Mobilität": "Fahrten und Reisen": Values: "öffentlicher Verkehr generell" (1000 km)
|
|
* wird nur bei [mt] angewendet
|
|
*/
|
|
$factor_sc_mobility_train_general_performance = 30; /* ÖI AMS 2030: ÖPV Faktor in gramm*/
|
|
|
|
/**
|
|
* "Mobilität": "Fahrten und Reisen": Values: "Vermeidungsfaktor öffentlicher Verkehr" (kg pro pkm)
|
|
*/
|
|
$factor_mobility_train_general_performance_avoidance_self = 0.09; // PaP_09_2020 Anpassung, vorher 0.087, 20200901_Faktoren-CO2-Rechner /* MIV Faktor -$factor_mobility_transport_type["oepnv"]*/ /* 201512: 0.066; 201605_ODD: TREMOD 5.62: 141-70*/ //Modif_StS_12_2017
|
|
|
|
/**
|
|
* "Szenario": "Mobilität": "Fahrten und Reisen": Values: "Vermeidungsfaktor öffentlicher Verkehr" (kg pro pkm)
|
|
*/
|
|
$factor_sc_mobility_train_general_performance_avoidance_self = 0.111; /* MIV Faktor -ÖI 2030 AMS: ÖV*/
|
|
|
|
/**
|
|
* "Mobilität": "Fahrten und Reisen": Values: "Vermeidungsfaktor Fahrrad" (1 km)
|
|
*/
|
|
$factor_mobility_bicycle_performance_avoidance_self = 0.139; /* Modif_StS_12_2018 0.141 -> 0.139 */
|
|
|
|
/**
|
|
* "Szenario": "Mobilität": "Fahrten und Reisen": Values: "Vermeidungsfaktor Fahrrad" (1 km)
|
|
*/
|
|
$factor_sc_mobility_bicycle_performance_avoidance_self = 0.139; /* Modif_StS_12_2018 0.141 -> 0.139 */
|
|
|
|
/**
|
|
* "Szenario": "Mobilität": "Performance Individualverkehr": Values: "Personenkilometer" (kg CO2/pkm)
|
|
*/
|
|
$factor_sc_performance_mobility_miv_general["mt"] = 0.083; /*ÖI 2030 AMS: EF PKW*/
|
|
$factor_sc_performance_mobility_miv_general["lt"] = 0.056; /*ÖI 2050 AMS: EF PKW*/
|
|
|
|
/**
|
|
* "Szenario": "Mobilität": "Performance Zugverkehr": Values: "Personenkilometer" (kg CO2/pkm) Mid-time only!
|
|
*/
|
|
$factor_sc_performance_mobility_train_general["mt"] = 0.03; /*ÖI 2030 AMS: EF ÖPV*/
|
|
$factor_sc_performance_mobility_train_general["lt"] = 0.017; /*ÖI 2030 AMS: EF ÖPV*/
|
|
|
|
/**
|
|
* "Szenario": "Mobilität": "Performance Öko": Values: "Personenkilometer" (kg CO2/pkm) Mid-time only!
|
|
*/
|
|
$factor_sc_performance_mobility_oeko_general["mt"] = 0;
|
|
$factor_sc_performance_mobility_oeko_general["lt"] = 0;
|
|
|
|
/**
|
|
* "Szenario": "Mobilität": "Performance Neue Technologien": Values: "Personenkilometer" (kg CO2/pkm) Mid-time only!
|
|
*/
|
|
$factor_sc_performance_mobility_miv_nt["mt"] = 0.076;
|
|
$factor_sc_performance_mobility_miv_nt["lt"] = 0.076;
|
|
|
|
|
|
/**
|
|
* "Szenario": "Mobilität": "Performance": Values: "Jährliche Fahrleistung (km) für Long-time"
|
|
*/
|
|
$factor_performance_mobility_miv_general_lt = 12325; /*ÖI 2050 AMS: PKM PKW: 12707; 201605 ÖI 2MOD, neue EW: 12325*/
|
|
$factor_performance_mobility_oeko_general_lt = 306;
|
|
$factor_performance_mobility_train_general_lt = 2297; /*ÖI 2050 AMS: PKM ÖPV 2369; 201605 ÖI 2MOD, neue EW: 2297*/
|
|
$factor_performance_mobility_air_general_lt = 500; /*wird nicht gezogen*/
|
|
|
|
|
|
/* EOF "Mobilität": "Öffentlicher Verkehr" */
|
|
|
|
|
|
/* "Mobilität": "Flugreisen" */
|
|
|
|
|
|
/**
|
|
* "Mobilität": "Flugreisen": Vorbelegung: Flugstunden Europa
|
|
*/
|
|
$default_factor_mobility_air_general_europe_hours = 0; /* StS 202102 Anpassung des defaults für Jugendliche */
|
|
|
|
/**
|
|
* "Mobilität": "Flugreisen": Vorbelegung: Flugstunden Interkontinental
|
|
*/
|
|
$default_factor_mobility_air_general_world_hours = 0;
|
|
|
|
|
|
/**
|
|
* "Mobilität": "Flugreisen": Values
|
|
* FLUGRECHNER 2020 EC
|
|
*/
|
|
define("MOBILITY_AIR_FLIGHT_RFI_FACTOR_EC", 2.7); // RFI_FAKTOR ab 2020 EC
|
|
define("MOBILITY_AIR_FLIGHT_RFI_DISTANCE_WITHOUT_EC", 400); // RFI_DISTANZ ab 2020 EC
|
|
define("MOBILITY_AIR_FLIGHT_RFI_DISTANCE_ADDED_EC", 95); // Streckenverlängerung ab 2020 EC
|
|
|
|
$factor_mobility_air_flight_co2_e_3_jet_a = 3.66153;
|
|
$factor_mobility_air_flight_rfi_base_jet_a = 3.15315;
|
|
|
|
/**
|
|
* "Mobilität": "Flugreisen": Values: "Flugklasse"
|
|
* FLUGRECHNER 2020 EC
|
|
*/
|
|
$factor_mobility_air_flight_class_default_ec["economy"] = 1;
|
|
$factor_mobility_air_flight_class_default_ec["business"] = 1.4;
|
|
$factor_mobility_air_flight_class_default_ec["firstclass"] = 1.4;
|
|
|
|
/**
|
|
* "Mobilität": "Flugreisen": Distanzklassen (in km)
|
|
* FLUGRECHNER 2020 EC
|
|
*/
|
|
$default_factor_mobility_air_distance_class_short_max_ec = 900;
|
|
$default_factor_mobility_air_distance_class_middle_max = 3800;
|
|
|
|
|
|
/**
|
|
* EOF "Mobilität": "Flugreisen": Values
|
|
* FLUGRECHNER 2020 EC
|
|
*/
|
|
|
|
|
|
/**
|
|
* "Mobilität": "Flugreisen": Values
|
|
*/
|
|
define("MOBILITY_AIR_FLIGHT_BYLOAD", 0.98); // FLUG_BEILAD
|
|
|
|
define("MOBILITY_AIR_FLIGHT_RFI_FACTOR", 2.7); // RFI_FAKTOR
|
|
define("MOBILITY_AIR_FLIGHT_RFI_DISTANCE_WITHOUT", 400); // RFI_DISTANZ
|
|
define("MOBILITY_AIR_FLIGHT_RFI_DISTANCE_ADDED", 50); // Streckenverlängerung
|
|
|
|
/**
|
|
* "Mobilität": "Flugreisen": Values: "Flugklasse"
|
|
*/
|
|
//für Pauschale Berechnung
|
|
$factor_mobility_air_flight_class_default["economy"] = 1;
|
|
$factor_mobility_air_flight_class_default["business"] = 1.4;
|
|
$factor_mobility_air_flight_class_default["firstclass"] = 1.4;
|
|
|
|
//für Pauschale Berechnung
|
|
$factor_mobility_air_flight_distance["europe"] = 123; //CO2 je h Flugzeit, PaP_09_2020 Anpassung auf Eurocontrol, vorher 170
|
|
$factor_mobility_air_flight_distance["world"] = 159; //CO2 je h Flugzeit, PaP_09_2020 Anpassung auf Eurocontrol, vorher 240
|
|
|
|
//für Pauschale Berechnung
|
|
$factor_mobility_air_general_km["europe"] = 700; // Distanz je h Flugzeit
|
|
$factor_mobility_air_general_km["world"] = 800; // Distanz je h Flugzeit
|
|
|
|
|
|
$factor_mobility_air_distance_class_values["short"]["name"] = TXT_VALUE_FACTOR_MOBILITY_AIR_DISTANCE_CLASS_VALUES_SHORT;
|
|
$factor_mobility_air_distance_class_values["short"]["flight_co_aeq"] = 0.10; // FLUG_CO2_AEQ, PaP_09_2020 Anpassung auf Eurocontrol, vorher 0,12
|
|
$factor_mobility_air_distance_class_values["short"]["flight_load_factor"] = array( // FLUG_AUSLAST
|
|
"economy" => 1.25, /* Fehlerkorrektur 2011 */
|
|
"business" => 1.5,
|
|
"firstclass" => 1.5
|
|
);
|
|
|
|
$factor_mobility_air_distance_class_values["middle"]["name"] = TXT_VALUE_FACTOR_MOBILITY_AIR_DISTANCE_CLASS_VALUES_MIDDLE;
|
|
$factor_mobility_air_distance_class_values["middle"]["flight_co_aeq"] = 0.09; // FLUG_CO2_AEQ, PaP_09_2020 Anpassung auf Eurocontrol, vorher 0,1
|
|
$factor_mobility_air_distance_class_values["middle"]["flight_load_factor"] = array( // FLUG_AUSLAST
|
|
"economy" => 1.25, /* Fehlerkorrektur 2011 */
|
|
"business" => 1.4,
|
|
"firstclass" => 1.4
|
|
);
|
|
|
|
$factor_mobility_air_distance_class_values["long"]["name"] = TXT_VALUE_FACTOR_MOBILITY_AIR_DISTANCE_CLASS_VALUES_LONG;
|
|
$factor_mobility_air_distance_class_values["long"]["flight_co_aeq"] = 0.085; // FLUG_CO2_AEQ, PaP_09_2020 Anpassung auf Eurocontrol, vorher 0,095
|
|
$factor_mobility_air_distance_class_values["long"]["flight_load_factor"] = array( // FLUG_AUSLAST
|
|
"economy" => 1.25, /* Fehlerkorrektur 2011 */
|
|
"business" => 1.33,
|
|
"firstclass" => 1.33
|
|
);
|
|
|
|
$factor_sc_mobility_air_lt = 421; // kg CO2e ("ÖI 2050 AMS CO2 INT und NAT FLUGVERKEHR, rein CO2e")
|
|
|
|
/* EOF "Mobilität": "Flugreisen" */
|
|
|
|
|
|
/* "Ernährung" */
|
|
|
|
/**
|
|
* "Ernährung": CO2 Berechnung auf Basis des Kalorienbedarfs (1kcal = 0.669 kg CO2)
|
|
*/
|
|
define("FOOD_KCAL_CO2TONS", 0.6500); //PaP_09_2020 Anpassung, vorher 0.6678, 20200901_Faktoren-CO2-Rechner /* Modif_StS_12_2018 0.679 --> 0.6678 vorher Anpassung 22-12-2014 StS: von 0.51923 auf 0.55; 201605_ODD IFEU von 0.55 auf 0.679 TO CHECK 201612_ODD IFEU von 0.679 auf 0.673*/
|
|
define("FOOD_KCAL_CO2TONS_ST", 0.649); /* alter ifeu Wert Bezug 2015 skaliert mit WWF: 0,538; 201605_ODD IFEU, ÖI 2MOD AMS 2020 */
|
|
define("FOOD_KCAL_CO2TONS_MT", 0.610); /* alter ifeu Wert Bezug 2015 skaliert mit WWF: 0.523; 201605_ODD IFEU, ÖI 2MOD AMS 2030 */
|
|
define("FOOD_KCAL_CO2TONS_LT", 0.522); /* alter ifeu Wert Bezug 2015 skaliert mit WWF: 0.499; 201605_ODD IFEU, ÖI 2MOD AMS 2050 */
|
|
|
|
/**
|
|
* "Ernährung": Kalorienbedarf pauschal
|
|
*/
|
|
define("FOOD_KCAL_DEFAULT_VALUE", 2600);
|
|
|
|
$default_factor_food_details_sex = "divers";
|
|
|
|
/**
|
|
* "Ernährung": Form data: "Alter"
|
|
*/
|
|
$fd_food_details_age["17"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_AGE_17);
|
|
$fd_food_details_age["29"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_AGE_29);
|
|
$fd_food_details_age["59"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_AGE_59);
|
|
$fd_food_details_age["60"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_AGE_60);
|
|
|
|
$default_factor_food_details_age = 17;
|
|
$default_factor_food_details_weight = 71; //TEST-KONFIGURATION PaP_09_2020, vorher 74 /* Modif_StS_12_2018 72 --> 74 201612_ODD Anpassung von 75 -> 72 für Default - Abgleich mit pro Kopf dann 1,75 t CO2e/ Jahr*/
|
|
|
|
/**
|
|
* "Ernährung": Values: "Alter" (Kalorienbedarf Männer/Frauen detailliert)
|
|
* 2020-06-23: Erweitertung um "divers" - Mantis 1723
|
|
*/
|
|
$factor_food_details_age["male"]["17"] = array("kcal" => 17.5, "offset" => 651);
|
|
$factor_food_details_age["male"]["29"] = array("kcal" => 15.3, "offset" => 679);
|
|
$factor_food_details_age["male"]["59"] = array("kcal" => 11.6, "offset" => 879);
|
|
$factor_food_details_age["male"]["60"] = array("kcal" => 13.5, "offset" => 487);
|
|
|
|
$factor_food_details_age["female"]["17"] = array("kcal" => 12.2, "offset" => 746);
|
|
$factor_food_details_age["female"]["29"] = array("kcal" => 14.7, "offset" => 496);
|
|
$factor_food_details_age["female"]["59"] = array("kcal" => 8.7, "offset" => 829);
|
|
$factor_food_details_age["female"]["60"] = array("kcal" => 10.5, "offset" => 596);
|
|
|
|
$factor_food_details_age["divers"]["17"] = array("kcal" => 14.85, "offset" => 699);
|
|
$factor_food_details_age["divers"]["29"] = array("kcal" => 15.0, "offset" => 588);
|
|
$factor_food_details_age["divers"]["59"] = array("kcal" => 10.15, "offset" => 854);
|
|
$factor_food_details_age["divers"]["60"] = array("kcal" => 12.0, "offset" => 542);
|
|
|
|
|
|
/**
|
|
* "Ernährung": Form data: "Tätigkeitsfaktor"
|
|
*/
|
|
$fd_food_details_activity["inaktiv"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_INAKTIV);
|
|
$fd_food_details_activity["wenig"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_WENIG);
|
|
$fd_food_details_activity["leicht"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_LEICHT);
|
|
$fd_food_details_activity["hart"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_ACTIVITY_HART);
|
|
|
|
/**
|
|
* "Ernährung": Values: "Tätigkeitsfaktor"
|
|
*/
|
|
$factor_food_details_activity["inaktiv"] = 1.4;
|
|
$factor_food_details_activity["wenig"] = 1.5;
|
|
$factor_food_details_activity["leicht"] = 1.6;
|
|
$factor_food_details_activity["hart"] = 1.7;
|
|
|
|
$default_factor_food_details_activity = "wenig";
|
|
|
|
/**
|
|
* "Ernährung": Form data: "Sport"
|
|
*/
|
|
$fd_food_details_sport["nein"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_SPORT_NEIN);
|
|
$fd_food_details_sport["wenig"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_SPORT_WENIG);
|
|
$fd_food_details_sport["viel"] = array("name" => TXT_VALUE_FD_FOOD_DETAILS_SPORT_VIEL);
|
|
|
|
/**
|
|
* "Ernährung": Values: "Sport"
|
|
*/
|
|
$factor_food_details_sport["nein"] = 1;
|
|
$factor_food_details_sport["wenig"] = 1.1;
|
|
$factor_food_details_sport["viel"] = 1.2;
|
|
|
|
$default_factor_food_details_sport = "wenig"; //TEST-KONFIGURATION PaP_09_2020, vorher "nein"
|
|
|
|
|
|
/**
|
|
* "Ernährung": Form data: "Essgewohnheiten"
|
|
*/
|
|
$fd_food_eating_habits["type"]["vegan"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_VEGAN, "tip" => TXT_IMPROVE_FOOD_EATING_HABITS_TYPE_VEGAN);
|
|
$fd_food_eating_habits["type"]["vegetarisch"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_VEGETARISCH, "tip" => TXT_IMPROVE_FOOD_EATING_HABITS_TYPE_VEGETARISCH);
|
|
// $fd_food_eating_habits["type"]["fleischreduziert"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_FLEISCHREDUZIERT);
|
|
$fd_food_eating_habits["type"]["gemischt"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_GEMISCHT, "tip" => TXT_IMPROVE_FOOD_EATING_HABITS_TYPE_GEMISCHT);
|
|
$fd_food_eating_habits["type"]["fleischbetont"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_TYPE_FLEISCHBETONT, "tip" => TXT_IMPROVE_FOOD_EATING_HABITS_TYPE_FLEISCHBETONT);
|
|
|
|
$fd_food_eating_habits["purchase"]["oeko"] = array("name" => TXT_VALUE_FD_FOOD_PURCHASE_OEKO, "tip" => TXT_IMPROVE_FOOD_PURCHASE_OEKO);
|
|
$fd_food_eating_habits["purchase"]["supermarkt"] = array("name" => TXT_VALUE_FD_FOOD_PURCHASE_SUPERMARKT, "tip" => TXT_IMPROVE_FOOD_PURCHASE_SUPERMARKT);
|
|
$fd_food_eating_habits["purchase"]["hierundda"] = array("name" => TXT_VALUE_FD_FOOD_PURCHASE_HIERUNDDA, "tip" => TXT_IMPROVE_FOOD_PURCHASE_HIERUNDDA);
|
|
|
|
$fd_food_eating_habits["fastfood"]["nie"] = array("name" => TXT_VALUE_FD_FOOD_FASTFOOD_NIE, "tip" => TXT_IMPROVE_FOOD_FASTFOOD_NIE);
|
|
$fd_food_eating_habits["fastfood"]["manchmal"] = array("name" => TXT_VALUE_FD_FOOD_FASTFOOD_MANCHMAL, "tip" => TXT_IMPROVE_FOOD_FASTFOOD_MANCHMAL);
|
|
$fd_food_eating_habits["fastfood"]["zweimalwoche"] = array("name" => TXT_VALUE_FD_FOOD_FASTFOOD_ZWEIMALWOCHE, "tip" => TXT_IMPROVE_FOOD_FASTFOOD_ZWEIMALWOCHE);
|
|
$fd_food_eating_habits["fastfood"]["jedentag"] = array("name" => TXT_VALUE_FD_FOOD_FASTFOOD_JEDENTAG, "tip" => TXT_IMPROVE_FOOD_FASTFOOD_JEDENTAG);
|
|
|
|
// $fd_food_eating_habits["packaging"]["unverpackt"] = array("name" => TXT_VALUE_FD_FOOD_PACKAGING_UNVERPACKT, "tip" => TXT_IMPROVE_FOOD_PACKAGING_UNVERPACKT);
|
|
// $fd_food_eating_habits["packaging"]["egal"] = array("name" => TXT_VALUE_FD_FOOD_PACKAGING_EGAL, "tip" => TXT_IMPROVE_FOOD_PACKAGING_EGAL);
|
|
// $fd_food_eating_habits["packaging"]["verpackt"] = array("name" => TXT_VALUE_FD_FOOD_PACKAGING_VERPACKT, "tip" => TXT_IMPROVE_FOOD_PACKAGING_VERPACKT);
|
|
|
|
|
|
// $fd_food_eating_habits["regional"]["nur"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_NUR);
|
|
// $fd_food_eating_habits["regional"]["meistens"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_MEISTENS);
|
|
// $fd_food_eating_habits["regional"]["haelfte"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_HAELFTE);
|
|
// $fd_food_eating_habits["regional"]["wenig"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_WENIG);
|
|
// $fd_food_eating_habits["regional"]["keine"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_REGIONAL_KEINE);
|
|
|
|
// $fd_food_eating_habits["seasonal"]["nur"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_NUR);
|
|
// $fd_food_eating_habits["seasonal"]["meistens"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_MEISTENS);
|
|
// $fd_food_eating_habits["seasonal"]["haelfte"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_HAELFTE);
|
|
// $fd_food_eating_habits["seasonal"]["wenig"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_WENIG);
|
|
// $fd_food_eating_habits["seasonal"]["keine"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_SEASONAL_KEINE);
|
|
|
|
// $fd_food_eating_habits["frozenfoods"]["nie"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_NIE);
|
|
// $fd_food_eating_habits["frozenfoods"]["gelegentlich"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_GELEGENTLICH);
|
|
// $fd_food_eating_habits["frozenfoods"]["haelfte"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_HAELFTE);
|
|
// $fd_food_eating_habits["frozenfoods"]["taeglich"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_FROZENFOODS_TAEGLICH);
|
|
|
|
// $fd_food_eating_habits["oeko"]["oft"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_OEKO_OFT);
|
|
// $fd_food_eating_habits["oeko"]["teilweise"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_OEKO_TEILWEISE);
|
|
// $fd_food_eating_habits["oeko"]["keine"] = array("name" => TXT_VALUE_FD_FOOD_EATING_HABITS_OEKO_KEINE);
|
|
|
|
|
|
/**
|
|
* "Ernährung": Values: "Essgewohnheiten"
|
|
*/
|
|
$factor_food_eating_habits["type"]["vegan"] = 0.6; /*201605_ODD UPDATE IFEU 0.7 -> 0.6*/
|
|
$factor_food_eating_habits["type"]["vegetarisch"] = 0.74;
|
|
// $factor_food_eating_habits["type"]["fleischreduziert"] = 0.945;
|
|
$factor_food_eating_habits["type"]["gemischt"] = 1;
|
|
$factor_food_eating_habits["type"]["fleischbetont"] = 1.25; /*201605_ODD UPDATE IFEU 1.2 -> 1.25*/
|
|
|
|
$factor_food_eating_habits["purchase"]["oeko"] = 0.9;
|
|
$factor_food_eating_habits["purchase"]["supermarkt"] = 0.96;
|
|
$factor_food_eating_habits["purchase"]["hierundda"] = 1.1;
|
|
|
|
$factor_food_eating_habits["fastfood"]["nie"] = 0.9;
|
|
$factor_food_eating_habits["fastfood"]["manchmal"] = 1;
|
|
$factor_food_eating_habits["fastfood"]["zweimalwoche"] = 1.25;
|
|
$factor_food_eating_habits["fastfood"]["jedentag"] = 1.5;
|
|
|
|
// $factor_food_eating_habits["packaging"]["verpackt"] = 1.4;
|
|
// $factor_food_eating_habits["packaging"]["egal"] = 1;
|
|
// $factor_food_eating_habits["packaging"]["unverpackt"] = 0.6;
|
|
|
|
$factor_food_eating_habits["regional"]["nur"] = 0.9; //StS 202102 im Jugendrechner sind regional und saisonal kombiniert, daher Produkt aus 0,95*0,95 = 0,9
|
|
$factor_food_eating_habits["regional"]["meistens"] = 0.96; //StS 202102 im Jugendrechner sind regional und saisonal kombiniert, daher Produkt aus 0,98*0,98 = 0,96
|
|
// $factor_food_eating_habits["regional"]["haelfte"] = 1;
|
|
// $factor_food_eating_habits["regional"]["wenig"] = 1.02;
|
|
$factor_food_eating_habits["regional"]["keine"] = 1.1; //StS 202102 im Jugendrechner sind regional und saisonal kombiniert, daher Produkt aus 1,05 * 1,05 = 1,1
|
|
|
|
// $factor_food_eating_habits["seasonal"]["nur"] = 0.95;
|
|
// $factor_food_eating_habits["seasonal"]["meistens"] = 0.975;
|
|
// $factor_food_eating_habits["seasonal"]["haelfte"] = 1;
|
|
// $factor_food_eating_habits["seasonal"]["wenig"] = 1.025;
|
|
// $factor_food_eating_habits["seasonal"]["keine"] = 1.05;
|
|
|
|
// $factor_food_eating_habits["frozenfoods"]["nie"] = 0.98;
|
|
// $factor_food_eating_habits["frozenfoods"]["gelegentlich"] = 1;
|
|
// $factor_food_eating_habits["frozenfoods"]["haelfte"] = 1.01;
|
|
// $factor_food_eating_habits["frozenfoods"]["taeglich"] = 1.02;
|
|
|
|
// $factor_food_eating_habits["oeko"]["oft"] = 0.94;
|
|
// $factor_food_eating_habits["oeko"]["teilweise"] = 0.97;
|
|
// $factor_food_eating_habits["oeko"]["keine"] = 1;
|
|
|
|
$default_factor_food_eating_habits["type"] = "gemischt";
|
|
$default_factor_food_eating_habits["purchase"] = "hierundda";
|
|
$default_factor_food_eating_habits["fastfood"] = "manchmal";
|
|
$default_factor_food_eating_habits["packaging"] = "egal";
|
|
// $default_factor_food_eating_habits["regional"] = "haelfte";
|
|
// $default_factor_food_eating_habits["seasonal"] = "haelfte";
|
|
// $default_factor_food_eating_habits["frozenfoods"] = "gelegentlich";
|
|
// $default_factor_food_eating_habits["oeko"] = "keine";
|
|
|
|
/**
|
|
* Szenario" : "Ernährung": Values: "Essgewohnheiten"
|
|
*/
|
|
$factor_sc_food_eating_habits["type"]["vegan"]["st"] = 0.6; /*201605_ODD UPDATE IFEU 0.7 -> 0.6*/
|
|
$factor_sc_food_eating_habits["type"]["vegetarisch"]["st"] = 0.74;
|
|
$factor_sc_food_eating_habits["type"]["fleischreduziert"]["st"] = 0.945;
|
|
$factor_sc_food_eating_habits["type"]["gemischt"]["st"] = 1;
|
|
$factor_sc_food_eating_habits["type"]["fleischbetont"]["st"] = 1.25; /*201605_ODD UPDATE IFEU 1.2 -> 1.25*/
|
|
|
|
$factor_sc_food_eating_habits["regional"]["nur"]["st"] = 0.95;
|
|
$factor_sc_food_eating_habits["regional"]["meistens"]["st"] = 0.98;
|
|
$factor_sc_food_eating_habits["regional"]["haelfte"]["st"] = 1;
|
|
$factor_sc_food_eating_habits["regional"]["wenig"]["st"] = 1.02;
|
|
$factor_sc_food_eating_habits["regional"]["keine"]["st"] = 1.05;
|
|
|
|
$factor_sc_food_eating_habits["seasonal"]["nur"]["st"] = 0.95;
|
|
$factor_sc_food_eating_habits["seasonal"]["meistens"]["st"] = 0.975;
|
|
$factor_sc_food_eating_habits["seasonal"]["haelfte"]["st"] = 1;
|
|
$factor_sc_food_eating_habits["seasonal"]["wenig"]["st"] = 1.025;
|
|
$factor_sc_food_eating_habits["seasonal"]["keine"]["st"] = 1.05;
|
|
|
|
$factor_sc_food_eating_habits["frozenfoods"]["nie"]["st"] = 0.98;
|
|
$factor_sc_food_eating_habits["frozenfoods"]["gelegentlich"]["st"] = 1;
|
|
$factor_sc_food_eating_habits["frozenfoods"]["haelfte"]["st"] = 1.01;
|
|
$factor_sc_food_eating_habits["frozenfoods"]["taeglich"]["st"] = 1.02;
|
|
|
|
$factor_sc_food_eating_habits["oeko"]["oft"]["st"] = 0.94;
|
|
$factor_sc_food_eating_habits["oeko"]["teilweise"]["st"] = 0.97;
|
|
$factor_sc_food_eating_habits["oeko"]["keine"]["st"] = 1;
|
|
|
|
$factor_sc_food_eating_habits["type"]["vegan"]["mt"] = 0.7;
|
|
$factor_sc_food_eating_habits["type"]["vegetarisch"]["mt"] = 0.74;
|
|
$factor_sc_food_eating_habits["type"]["fleischreduziert"]["mt"] = 0.945;
|
|
$factor_sc_food_eating_habits["type"]["gemischt"]["mt"] = 1;
|
|
$factor_sc_food_eating_habits["type"]["fleischbetont"]["mt"] = 1.2;
|
|
|
|
$factor_sc_food_eating_habits["regional"]["nur"]["mt"] = 0.95;
|
|
$factor_sc_food_eating_habits["regional"]["meistens"]["mt"] = 0.98;
|
|
$factor_sc_food_eating_habits["regional"]["haelfte"]["mt"] = 1;
|
|
$factor_sc_food_eating_habits["regional"]["wenig"]["mt"] = 1.02;
|
|
$factor_sc_food_eating_habits["regional"]["keine"]["mt"] = 1.05;
|
|
|
|
$factor_sc_food_eating_habits["seasonal"]["nur"]["mt"] = 0.95;
|
|
$factor_sc_food_eating_habits["seasonal"]["meistens"]["mt"] = 0.975;
|
|
$factor_sc_food_eating_habits["seasonal"]["haelfte"]["mt"] = 1;
|
|
$factor_sc_food_eating_habits["seasonal"]["wenig"]["mt"] = 1.025;
|
|
$factor_sc_food_eating_habits["seasonal"]["keine"]["mt"] = 1.05;
|
|
|
|
$factor_sc_food_eating_habits["frozenfoods"]["nie"]["mt"] = 0.98;
|
|
$factor_sc_food_eating_habits["frozenfoods"]["gelegentlich"]["mt"] = 1;
|
|
$factor_sc_food_eating_habits["frozenfoods"]["haelfte"]["mt"] = 1.01;
|
|
$factor_sc_food_eating_habits["frozenfoods"]["taeglich"]["mt"] = 1.02;
|
|
|
|
$factor_sc_food_eating_habits["oeko"]["oft"]["mt"] = 0.94;
|
|
$factor_sc_food_eating_habits["oeko"]["teilweise"]["mt"] = 0.97;
|
|
$factor_sc_food_eating_habits["oeko"]["keine"]["mt"] = 1;
|
|
|
|
/* EOF "Ernährung" */
|
|
|
|
/* "Konsum" */
|
|
|
|
/**
|
|
* "Lifestyle / Konsum": Values: "Kaufverhalten / Shoppen"
|
|
*/
|
|
$factor_consumption_consumer_habits["sparsam"] = 0.8;
|
|
$factor_consumption_consumer_habits["durchschnittlich"] = 1;
|
|
$factor_consumption_consumer_habits["grosszuegig"] = 1.2;
|
|
|
|
$default_factor_consumption_consumer_habits = "durchschnittlich";
|
|
|
|
/**
|
|
* "Lifestyle / Konsum": Form data: "Kaufverhalten / Shoppen"
|
|
*/
|
|
$fd_consumption_consumer_habits["sparsam"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_HABITS_SPARSAM, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_HABITS_SPARSAM);
|
|
$fd_consumption_consumer_habits["durchschnittlich"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_HABITS_DURCHSCHNITTLICH, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_HABITS_DURCHSCHNITTLICH);
|
|
$fd_consumption_consumer_habits["grosszuegig"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_HABITS_GROSSZUEGIG, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_HABITS_GROSSZUEGIG);
|
|
|
|
|
|
/**
|
|
* "Lifestyle / Konsum": Values: "Kaufkriterien / Anforderungen"
|
|
*/
|
|
$factor_consumption_consumer_criteria["lang"] = 0.8;
|
|
$factor_consumption_consumer_criteria["funktion"] = 1;
|
|
$factor_consumption_consumer_criteria["preis"] = 1.2;
|
|
|
|
$default_factor_consumption_consumer_criteria = "funktion";
|
|
|
|
|
|
/**
|
|
* "Lifestyle / Konsum": Form data: "Kaufkriterien / Anforderungen"
|
|
*/
|
|
$fd_consumption_consumer_criteria["lang"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_CRITERIA_LANG, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_CRITERIA_LANG);
|
|
$fd_consumption_consumer_criteria["funktion"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_CRITERIA_FUNKTION, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_CRITERIA_FUNKTION);
|
|
$fd_consumption_consumer_criteria["preis"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_CRITERIA_PREIS, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_CRITERIA_PREIS);
|
|
|
|
/**
|
|
* "Lifestyle / Konsum": Values: "T-Shirt"
|
|
*/
|
|
$factor_consumption_consumer_shirt["asien"] = 1.05;
|
|
$factor_consumption_consumer_shirt["europa"] = 1;
|
|
$factor_consumption_consumer_shirt["oeko"] = 0.95;
|
|
|
|
$default_factor_consumption_consumer_shirt = "europa";
|
|
|
|
|
|
/**
|
|
* "Lifestyle / Konsum": Form data: "T-Shirt"
|
|
*/
|
|
$fd_consumption_consumer_shirt["asien"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_SHIRT_ASIEN, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_SHIRT_ASIEN);
|
|
$fd_consumption_consumer_shirt["europa"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_SHIRT_EUROPA, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_SHIRT_EUROPA);
|
|
$fd_consumption_consumer_shirt["oeko"] = array("name" => TXT_VALUE_FD_CONSUMPTION_CONSUMER_SHIRT_OEKO, "tip" => TXT_IMPROVE_CONSUMPTION_CONSUMER_SHIRT_OEKO);
|
|
|
|
/**
|
|
* "Lifestyle / Konsum": Values: "Aktivitäten"
|
|
*/
|
|
$factor_consumption_activity["selten"] = 0.70;
|
|
$factor_consumption_activity["zweimaljahr"] = 1;
|
|
$factor_consumption_activity["jedenmonat"] = 1.10;
|
|
$factor_consumption_activity["jedewoche"] = 1.40;
|
|
|
|
$default_factor_consumption_activity = "zweimaljahr";
|
|
|
|
/**
|
|
* "Lifestyle / Konsum": Form data: "Aktivitäten"
|
|
*/
|
|
$fd_consumption_activity["selten"] = array("name" => TXT_VALUE_FD_ACTIVITIES_SELTEN, "tip" => TXT_IMPROVE_ACTIVITIES_SELTEN);
|
|
$fd_consumption_activity["zweimaljahr"] = array("name" => TXT_VALUE_FD_ACTIVITIES_ZWEIMALJAHR, "tip" => TXT_IMPROVE_ACTIVITIES_ZWEIMALJAHR);
|
|
$fd_consumption_activity["jedenmonat"] = array("name" => TXT_VALUE_FD_ACTIVITIES_JEDENMONAT, "tip" => TXT_IMPROVE_ACTIVITIES_JEDENMONAT);
|
|
$fd_consumption_activity["jedewoche"] = array("name" => TXT_VALUE_FD_ACTIVITIES_JEDEWOCHE, "tip" => TXT_IMPROVE_ACTIVITIES_JEDEWOCHE);
|
|
|
|
/**
|
|
* "Lifestyle / Konsum": Values: "Eigenes Fahrzeug"
|
|
* Einheit: kg
|
|
*/
|
|
$factor_consumption_vehicles["none"] = 0;
|
|
$factor_consumption_vehicles["scooter"] = 74; // neu im CO2-Rechner 4.1: AI Soooter mit 74 kg / anno
|
|
$factor_consumption_vehicles["car"] = 238; // // neu im CO2-Rechner 4.1: AI PKW Annhahme hier Kleinwagen 7-10 Jahre: 238 kg / anno
|
|
|
|
$default_factor_consumption_vehicles = "none";
|
|
|
|
/**
|
|
* "Lifestyle / Konsum": Form data: "Eigenes Fahrzeug"
|
|
*/
|
|
$fd_consumption_vehicles["none"] = array("name" => TXT_CONSUMPTION_VEHICLES_NONE, "tip" => TXT_IMPROVE_CONSUMPTION_VEHICLES_NONE);
|
|
$fd_consumption_vehicles["scooter"] = array("name" => TXT_CONSUMPTION_VEHICLES_SCOOTER, "tip" => TXT_IMPROVE_CONSUMPTION_VEHICLES_SCOOTER);
|
|
$fd_consumption_vehicles["car"] = array("name" => TXT_CONSUMPTION_VEHICLES_CAR, "tip" => TXT_IMPROVE_CONSUMPTION_VEHICLES_CAR);
|
|
|
|
/**
|
|
* "Konsum": Values: "Hotelübernachtungen"
|
|
*/
|
|
$factor_consumption_hotel_visits["keine"] = 0.9;
|
|
$factor_consumption_hotel_visits["zwei"] = 1;
|
|
$factor_consumption_hotel_visits["zweivier"] = 1.05;
|
|
$factor_consumption_hotel_visits["vier"] = 1.1;
|
|
|
|
$default_factor_consumption_hotel_visits = "zwei";
|
|
|
|
/**
|
|
* "Konsum": Form data: "Hotelübernachtungen"
|
|
*/
|
|
$fd_consumption_hotel_visits["keine"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_KEINE);
|
|
$fd_consumption_hotel_visits["zwei"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_ZWEI);
|
|
$fd_consumption_hotel_visits["zweivier"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_ZWEIVIER);
|
|
$fd_consumption_hotel_visits["vier"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOTEL_VISITS_VIER);
|
|
|
|
/**
|
|
* "Lifestyle / Konsum": Values: "Gebrauchte Gegenstände"
|
|
*/
|
|
$factor_consumption_used_goods["oft"] = 0.8;
|
|
$factor_consumption_used_goods["manchmal"] = 1;
|
|
$factor_consumption_used_goods["nie"] = 1.2;
|
|
|
|
$default_factor_consumption_used_goods = "manchmal";
|
|
|
|
/**
|
|
* "Lifestyle / Konsum": Form data: "Gebrauchte Gegenstände"
|
|
*/
|
|
$fd_consumption_used_goods["oft"] = array("name" => TXT_VALUE_FD_CONSUMPTION_USED_GOODS_OFT, "tip" => TXT_IMPROVE_CONSUMPTION_USED_GOODS_OFT);
|
|
$fd_consumption_used_goods["manchmal"] = array("name" => TXT_VALUE_FD_CONSUMPTION_USED_GOODS_MANCHMAL, "tip" => TXT_IMPROVE_CONSUMPTION_USED_GOODS_MANCHMAL);
|
|
$fd_consumption_used_goods["nie"] = array("name" => TXT_VALUE_FD_CONSUMPTION_USED_GOODS_NIE, "tip" => TXT_IMPROVE_CONSUMPTION_USED_GOODS_NIE);
|
|
|
|
|
|
|
|
/**
|
|
* "Konsum": Form data: "Geldanlage"
|
|
*/
|
|
$factor_consumption_cf_investment['td'] = 0.210; // emission_other je Euro Invest
|
|
$factor_consumption_cf_investment['st'] = 0.210; // emission_other je Euro Invest
|
|
$factor_consumption_cf_investment['mt'] = 0.210; // emission_other je Euro Invest
|
|
|
|
$default_factor_consumption_cf_investment = 0;
|
|
$default_factor_consumption_compensate_emissions = 0;
|
|
|
|
/**
|
|
* "Konsum": Values: "Haustyp"
|
|
*/
|
|
$factor_consumption_house_type["mfh"] = 1.0;
|
|
$factor_consumption_house_type["rh"] = 1.1;
|
|
$factor_consumption_house_type["efh"] = 1.2;
|
|
|
|
/**
|
|
* "Konsum": Form data: "Haustyp"
|
|
*/
|
|
$fd_consumption_house_type["mfh"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOUSE_TYPE_MFH);
|
|
$fd_consumption_house_type["rh"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOUSE_TYPE_RH);
|
|
$fd_consumption_house_type["efh"] = array("name" => TXT_VALUE_FD_CONSUMPTION_HOUSE_TYPE_EFH);
|
|
|
|
|
|
/**
|
|
* "Konsum": Values: "Carsharing"
|
|
*/
|
|
$factor_consumption_carsharing = 0.9;
|
|
|
|
/**
|
|
* "Konsum": Values: "Haushaltsgröße"
|
|
* Depends on consumption_persons!
|
|
*/
|
|
$factor_consumption_household_size["1"] = 1.1; /* 201612_ODD: IFEU Konsum Vorher: 1.2 TO CHECK */
|
|
$factor_consumption_household_size["2"] = 1;
|
|
$factor_consumption_household_size["3"] = 0.9;
|
|
$factor_consumption_household_size["4"] = 0.8;
|
|
$factor_consumption_household_size["5"] = 0.7;
|
|
$factor_consumption_household_size["6"] = 0.7;
|
|
$factor_consumption_household_size["7"] = 0.7;
|
|
$factor_consumption_household_size["8"] = 0.7;
|
|
$factor_consumption_household_size["9"] = 0.7;
|
|
$factor_consumption_household_size["10"] = 0.7;
|
|
|
|
/**
|
|
* "Konsum": Values: "Wohnfläche pro Person"
|
|
* Depends on "consumption_persons" AND "consumption_living_space"!
|
|
* StS 20200917 mit Einführung der AI Wohnen (Bewertung des Hauses) Faktoren auf 1 gesetzt, vormals generell 0.9 für kleiner und 1.1 für größer Durchschnitt
|
|
*/
|
|
$factor_consumption_living_space_per_person["1"]["1"] = array("min" => 0, "max" => 49);
|
|
$factor_consumption_living_space_per_person["1"]["1"] = array("min" => 50, "max" => 65);
|
|
$factor_consumption_living_space_per_person["1"]["1"] = array("min" => 66, "max" => 100000);
|
|
|
|
$factor_consumption_living_space_per_person["2"]["1"] = array("min" => 0, "max" => 34);
|
|
$factor_consumption_living_space_per_person["2"]["1"] = array("min" => 35, "max" => 50); // Aufgrund Vorbelegung auf 100m2 für 2 Personen für default ist Wert von 45 m2 auf 50 hochgesetzt worden
|
|
$factor_consumption_living_space_per_person["2"]["1"] = array("min" => 51, "max" => 100000);
|
|
|
|
$factor_consumption_living_space_per_person["3"]["1"] = array("min" => 0, "max" => 24);
|
|
$factor_consumption_living_space_per_person["3"]["1"] = array("min" => 25, "max" => 35);
|
|
$factor_consumption_living_space_per_person["3"]["1"] = array("min" => 35, "max" => 100000);
|
|
|
|
$factor_consumption_living_space_per_person["4"]["1"] = array("min" => 0, "max" => 19);
|
|
$factor_consumption_living_space_per_person["4"]["1"] = array("min" => 20, "max" => 30);
|
|
$factor_consumption_living_space_per_person["4"]["1"] = array("min" => 31, "max" => 100000);
|
|
|
|
$factor_consumption_living_space_per_person["5"]["1"] = array("min" => 0, "max" => 14);
|
|
$factor_consumption_living_space_per_person["5"]["1"] = array("min" => 15, "max" => 25);
|
|
$factor_consumption_living_space_per_person["5"]["1"] = array("min" => 26, "max" => 100000);
|
|
|
|
$factor_consumption_living_space_per_person["6"]["1"] = array("min" => 0, "max" => 14);
|
|
$factor_consumption_living_space_per_person["6"]["1"] = array("min" => 15, "max" => 25);
|
|
$factor_consumption_living_space_per_person["6"]["1"] = array("min" => 26, "max" => 100000);
|
|
|
|
$factor_consumption_living_space_per_person["7"]["1"] = array("min" => 0, "max" => 14);
|
|
$factor_consumption_living_space_per_person["7"]["1"] = array("min" => 15, "max" => 25);
|
|
$factor_consumption_living_space_per_person["7"]["1"] = array("min" => 26, "max" => 100000);
|
|
|
|
$factor_consumption_living_space_per_person["8"]["1"] = array("min" => 0, "max" => 14);
|
|
$factor_consumption_living_space_per_person["8"]["1"] = array("min" => 15, "max" => 25);
|
|
$factor_consumption_living_space_per_person["8"]["1"] = array("min" => 26, "max" => 100000);
|
|
|
|
$factor_consumption_living_space_per_person["9"]["1"] = array("min" => 0, "max" => 14);
|
|
$factor_consumption_living_space_per_person["9"]["1"] = array("min" => 15, "max" => 25);;
|
|
$factor_consumption_living_space_per_person["9"]["1"] = array("min" => 26, "max" => 100000);
|
|
|
|
$factor_consumption_living_space_per_person["10"]["1"] = array("min" => 0, "max" => 14);
|
|
$factor_consumption_living_space_per_person["10"]["1"] = array("min" => 15, "max" => 25);
|
|
$factor_consumption_living_space_per_person["10"]["1"] = array("min" => 26, "max" => 100000);
|
|
|
|
|
|
/* "Klima-Engagement" */
|
|
/**
|
|
* "Klima-Engagement": Form data: "Klima-Engagement"
|
|
*/
|
|
$fd_commitment_type["demo"] = array("name" => TXT_VALUE_FD_COMMITMENT_DEMO);
|
|
$fd_commitment_type["partei"] = array("name" => TXT_VALUE_FD_COMMITMENT_PARTEI);
|
|
$fd_commitment_type["social"] = array("name" => TXT_VALUE_FD_COMMITMENT_SOCIAL);
|
|
$fd_commitment_type["ngo"] = array("name" => TXT_VALUE_FD_COMMITMENT_NGO);
|
|
$fd_commitment_type["info"] = array("name" => TXT_VALUE_FD_COMMITMENT_INFO);
|
|
$fd_commitment_type["bewusstsein"] = array("name" => TXT_VALUE_FD_COMMITMENT_BEWUSSTSEIN);
|
|
$fd_commitment_type["sonstiges"] = array("name" => TXT_VALUE_FD_COMMITMENT_SONSTIGES);
|
|
|
|
|
|
/**
|
|
* "Scenario": "Konsum": Values: "Durchschnitts-Emissionen"
|
|
*/
|
|
$factor_sc_consumption_average['st'] = 3791.31; //TEST-KONFIGURATION PaP_09_2020 war 4415, Vorschlag: 3424 (-9,68% Minderung wie vorher) /* Quelle Öko-I eigene Berechnung bisher 3150 kg/Pa; 201506_ODD: IFEU, ÖI 2MOD AMS 2020 201612_ODD TO CHECK UPDATE NEEDED */
|
|
$factor_sc_consumption_average['mt'] = 3791.31; //TEST-KONFIGURATION PaP_09_2020 war 4415, Vorschlag: 3424 /* Quelle Öko-I eigene Berechnung bisher 3150 kg/Pa; 201506_ODD: IFEU, ÖI 2MOD AMS 2030*/
|
|
$factor_sc_consumption_average['lt'] = 3782; // PaP_09_2020 Vorschlag: 2933 (14,34% Minderung wie vorher) /* Quelle Öko-I eigene Berechnung bisher 3150 kg/Pa; 201506_ODD: IFEU, ÖI 2MOD AMS 2050*/
|
|
|
|
|
|
/**
|
|
* "Konsum": "Haustiere": Form data: "Art"
|
|
* 2020-06-19 - Mantis 1769
|
|
*/
|
|
$fd_consumption_animal_type["hund"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_TYPE_HUND);
|
|
$fd_consumption_animal_type["katze"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_TYPE_KATZE);
|
|
$fd_consumption_animal_type["pferd"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_TYPE_PFERD);
|
|
$fd_consumption_animal_type["kaninchen"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_TYPE_KANINCHEN);
|
|
$fd_consumption_animal_type["ziervoegel"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_TYPE_ZIERVOEGEL);
|
|
|
|
/**
|
|
* "Konsum": "Haustiere": Form data: "Ernährung"
|
|
* 2020-06-19 - Mantis 1769
|
|
*/
|
|
$fd_consumption_animal_food["hund"]["normal"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_FOOD_HUND_NORMAL);
|
|
$fd_consumption_animal_food["hund"]["barf"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_FOOD_HUND_BARF);
|
|
$fd_consumption_animal_food["katze"]["normal"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_FOOD_KATZE_NORMAL);
|
|
$fd_consumption_animal_food["katze"]["barf"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_FOOD_KATZE_BARF);
|
|
$fd_consumption_animal_food["pferd"]["normal"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_FOOD_PFERD_NORMAL);
|
|
$fd_consumption_animal_food["pferd"]["einfach"] = array("name" => TXT_VALUE_FD_CONSUMPTION_ANIMAL_FOOD_PFERD_SIMPLE);
|
|
|
|
/**
|
|
* "Konsum": "Haustiere": Default Values: "Gewicht"
|
|
* Einheit: kg
|
|
* 2020-06-19 - Mantis 1769
|
|
*/
|
|
$default_factor_consumption_animal_weight["hund"] = 29;
|
|
$default_factor_consumption_animal_weight["katze"] = 4.2;
|
|
$default_factor_consumption_animal_weight["pferd"] = 550;
|
|
|
|
/**
|
|
* "Konsum": "Haustiere": Values: "Ernährung"
|
|
* Einheit: kg/CO2e
|
|
* 2020-06-19 - Mantis 1769
|
|
*/
|
|
$factor_consumption_animal_food["hund"]["normal"] = 790;
|
|
$factor_consumption_animal_food["hund"]["barf"] = 1940;
|
|
$factor_consumption_animal_food["katze"]["normal"] = 340;
|
|
$factor_consumption_animal_food["katze"]["barf"] = 750;
|
|
$factor_consumption_animal_food["pferd"]["normal"] = 2360;
|
|
$factor_consumption_animal_food["pferd"]["einfach"] = 1960;
|
|
$factor_consumption_animal_food["kaninchen"] = 110;
|
|
$factor_consumption_animal_food["ziervoegel"] = 30;
|
|
|
|
/**
|
|
* "Konsum": "Haustiere": Default Values: "fixer Anteil Carbon Footprint in %"
|
|
* Einheit: %
|
|
* 2020-06-19 - Mantis 1769
|
|
*/
|
|
$default_factor_consumption_animal_food_share["hund"] = 0.36;
|
|
$default_factor_consumption_animal_food_share["katze"] = 0.49;
|
|
$default_factor_consumption_animal_food_share["pferd"] = 0.49;
|
|
|
|
/* EOF "Konsum" */
|
|
|
|
/* "Streaming" 2021-02-25 */
|
|
|
|
/**
|
|
* "Lifestyle / Streaming": Values: "Datenübertragung Kernnetzwerk"
|
|
* Einheit: kwH/GB
|
|
*/
|
|
$factor_streaming_internet_traffic_core_network = 0.052;
|
|
|
|
/**
|
|
* "Lifestyle / Streaming": Values: "Tägliche Internet-Nutzung"
|
|
* Einheit: GB/h
|
|
*/
|
|
$factor_streaming_internet_daily["music"] = 0.06;
|
|
$factor_streaming_internet_daily["ip_phone"] = 0.06;
|
|
$factor_streaming_internet_daily["video_conf"] = 0.5;
|
|
$factor_streaming_internet_daily["video_low_q"] = 0.3;
|
|
$factor_streaming_internet_daily["video_high_q"] = 2.0;
|
|
|
|
/* Einheit: h */
|
|
$fd_streaming_internet_daily_max_value = 6;
|
|
|
|
/**
|
|
* "Lifestyle / Streaming": Form data: "Tägliche Internet-Nutzung"
|
|
*/
|
|
$fd_streaming_internet_daily["music"] = array("name" => TXT_VALUE_FD_STREAMING_INTERNET_DAILY_MUSIC);
|
|
$fd_streaming_internet_daily["ip_phone"] = array("name" => TXT_VALUE_FD_STREAMING_INTERNET_DAILY_IP_PHONE);
|
|
$fd_streaming_internet_daily["video_conf"] = array("name" => TXT_VALUE_FD_STREAMING_INTERNET_DAILY_VIDEO_CONF);
|
|
$fd_streaming_internet_daily["video_low_q"] = array("name" => TXT_VALUE_FD_STREAMING_INTERNET_DAILY_VIDEO_LOW_Q);
|
|
$fd_streaming_internet_daily["video_high_q"] = array("name" => TXT_VALUE_FD_STREAMING_INTERNET_DAILY_VIDEO_HIGH_Q);
|
|
|
|
/**
|
|
* "Lifestyle / Streaming": Values: "Mobiles Netz"
|
|
*/
|
|
$factor_streaming_internet_daily_wifi["ausschliesslich"] = 4.85;
|
|
$factor_streaming_internet_daily_wifi["meistens"] = 3.2;
|
|
$factor_streaming_internet_daily_wifi["manchmal"] = 1.6;
|
|
$factor_streaming_internet_daily_wifi["nie"] = 1;
|
|
|
|
/**
|
|
* "Lifestyle / Streaming": Form data: "Mobiles Netz"
|
|
*/
|
|
$fd_streaming_internet_daily_wifi["ausschliesslich"] = array("name" => TXT_VALUE_FD_STREAMING_INTERNET_DAILY_WIFI_ONLY);
|
|
$fd_streaming_internet_daily_wifi["meistens"] = array("name" => TXT_VALUE_FD_STREAMING_INTERNET_DAILY_WIFI_OFTEN);
|
|
$fd_streaming_internet_daily_wifi["manchmal"] = array("name" => TXT_VALUE_FD_STREAMING_INTERNET_DAILY_WIFI_SOMETIMES);
|
|
$fd_streaming_internet_daily_wifi["nie"] = array("name" => TXT_VALUE_FD_STREAMING_INTERNET_DAILY_WIFI_NEVER);
|
|
|
|
/* EOF "Streaming" */
|
|
|
|
/* Szenario */
|
|
|
|
/**
|
|
* "Heizung": Form data: "Akzeptanzfragen"
|
|
*/
|
|
$fd_sc_living_hs_acceptance["ee_gebaeude"] = array(
|
|
"name" => TXT_SC_LIVING_HS_ACCEPTANCE_EE_GEBAEUDE,
|
|
"help" => TXT_SC_LIVING_HS_ACCEPTANCE_EE_GEBAEUDE_HELP,
|
|
"default" => "no",
|
|
"values" => array("yes" => TXT_YES, "no" => TXT_NO));
|
|
$fd_sc_living_hs_acceptance["ee_waerme"] = array(
|
|
"name" => TXT_SC_LIVING_HS_ACCEPTANCE_EE_WAERME,
|
|
"help" => TXT_SC_LIVING_HS_ACCEPTANCE_EE_WAERME_HELP,
|
|
"default" => "no",
|
|
"values" => array("yes" => TXT_YES, "no" => TXT_NO));
|
|
$fd_sc_living_hs_acceptance["ee_wohnflaeche"] = array(
|
|
"name" => TXT_SC_LIVING_HS_ACCEPTANCE_EE_WOHNFLAECHE,
|
|
"help" => TXT_SC_LIVING_HS_ACCEPTANCE_EE_WOHNFLAECHE_HELP,
|
|
"default" => "no",
|
|
"values" => array("yes" => TXT_YES, "no" => TXT_NO));
|
|
|
|
/**
|
|
* "Heizung": Values: "Akzeptanzfragen" für Short-time, mid-time, long-time
|
|
*/
|
|
$factor_sc_living_hs_acceptance["ee_gebaeude"]["st"] = array("yes" => 1, "no" => 1);
|
|
$factor_sc_living_hs_acceptance["ee_waerme"]["st"] = array("yes" => 1, "no" => 1);
|
|
$factor_sc_living_hs_acceptance["ee_wohnflaeche"]["st"] = array("yes" => 0.96, "no" => 1); /* ODD: Quelle unklar */
|
|
|
|
$factor_sc_living_hs_acceptance["ee_gebaeude"]["mt"] = array("yes" => 1, "no" => 1);
|
|
$factor_sc_living_hs_acceptance["ee_gebaeude"]["mt_unsaniert"] = array("yes" => 0.4, "no" => 1);
|
|
$factor_sc_living_hs_acceptance["ee_waerme"]["mt"] = array("yes" => 1.15, "no" => 1);
|
|
$factor_sc_living_hs_acceptance["ee_wohnflaeche"]["mt"] = array("yes" => 0.97, "no" => 1); /*ODD: Quelle unklar*/
|
|
|
|
$factor_sc_living_hs_acceptance["ee_gebaeude"]["lt"] = array("yes" => 1, "no" => 1.434); /* vorher 1.46 201605_ODD ÖI 2MOD */
|
|
$factor_sc_living_hs_acceptance["ee_waerme"]["lt"] = array("yes" => 1, "no" => 0.755); /* vorher 0,7 201605_ODD ÖI 2MOD */
|
|
$factor_sc_living_hs_acceptance["ee_wohnflaeche"]["lt"] = array("yes" => 1, "no" => 1.1); /* vorher 1.1 201605_ODD ÖI 2MOD */
|
|
|
|
|
|
/**
|
|
* "Heizung": Values: "Akzeptanzfragen" die die Effizienz betreffen
|
|
*/
|
|
$factor_sc_living_hs_acceptance_is_eff = array("ee_gebaeude", "ee_wohnflaeche");
|
|
|
|
|
|
/**
|
|
* "Strom": Form data: "Akzeptanzfragen"
|
|
*/
|
|
$fd_sc_living_pt_acceptance["energiewende"] = array(
|
|
"name" => TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEWENDE,
|
|
"help" => TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEWENDE_HELP,
|
|
"default" => "no",
|
|
"values" => array("yes" => TXT_YES, "no" => TXT_NO));
|
|
|
|
$fd_sc_living_pt_acceptance["energiepreis"] = array(
|
|
"name" => TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEPREIS,
|
|
"help" => TXT_SC_LIVING_PT_ACCEPTANCE_ENERGIEPREIS_HELP,
|
|
"default" => "no",
|
|
"values" => array("yes" => TXT_YES, "no" => TXT_NO));
|
|
|
|
$fd_sc_living_pt_acceptance["stromverbrauch"] = array(
|
|
"name" => TXT_SC_LIVING_PT_ACCEPTANCE_EE_STROMVERBRAUCH,
|
|
"help" => TXT_SC_LIVING_PT_ACCEPTANCE_EE_STROMVERBRAUCH_HELP,
|
|
"default" => "no",
|
|
"values" => array("yes" => TXT_YES, "no" => TXT_NO));
|
|
|
|
/**
|
|
* "Strom": Values: "Akzeptanzfragen"
|
|
*/
|
|
$factor_sc_living_pt_acceptance["energiewende"]["st"] = array("yes" => 1, "no" => 1);
|
|
$factor_sc_living_pt_acceptance["energiepreis"]["st"] = array("yes" => 1, "no" => 1);
|
|
$factor_sc_living_pt_acceptance["stromverbrauch"]["st"] = array("yes" => 0.822, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,82; 201605_ODD ÖI 2MOD */
|
|
|
|
$factor_sc_living_pt_acceptance["energiewende"]["mt"] = array("yes" => 0.673, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,8; 201605_ODD ÖI 2MOD */
|
|
$factor_sc_living_pt_acceptance["energiepreis"]["mt"] = array("yes" => 0.673, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,8; 201605_ODD ÖI 2MOD */
|
|
$factor_sc_living_pt_acceptance["stromverbrauch"]["mt"] = array("yes" => 0.708, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,69; 201605_ODD ÖI 2MOD */
|
|
|
|
$factor_sc_living_pt_acceptance["energiewende"]["lt"] = array("yes" => 0.372, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,28; 201605_ODD ÖI 2MOD */
|
|
$factor_sc_living_pt_acceptance["energiepreis"]["lt"] = array("yes" => 0.372, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,28; 201605_ODD ÖI 2MOD */
|
|
$factor_sc_living_pt_acceptance["stromverbrauch"]["lt"] = array("yes" => 0.796, "no" => 1); /* DEZ 2015 ÖI 1MOD 0,78; 201605_ODD ÖI 2MOD */
|
|
|
|
/**
|
|
* "Heizung": Values: "Akzeptanzfragen" die die Effizienz betreffen
|
|
*/
|
|
$factor_sc_living_pt_acceptance_is_eff = array("stromverbrauch");
|
|
|
|
|
|
/**
|
|
* "Mobilität": Form data: "Akzeptanzfragen"
|
|
*/
|
|
$fd_sc_mobility_acceptance["stadt_autofrei"] = array(
|
|
"name" => TXT_SC_MOBILITY_ACCEPTANCE_STADT_AUTOFREI,
|
|
"help" => TXT_SC_MOBILITY_ACCEPTANCE_STADT_AUTOFREI_HELP,
|
|
"default" => "no",
|
|
"values" => array("yes" => TXT_YES, "no" => TXT_NO));
|
|
|
|
$fd_sc_mobility_acceptance["tempolimit"] = array(
|
|
"name" => TXT_SC_MOBILITY_ACCEPTANCE_TEMPOLIMIT,
|
|
"help" => TXT_SC_MOBILITY_ACCEPTANCE_TEMPOLIMIT_HELP,
|
|
"default" => "no",
|
|
"values" => array("yes" => TXT_YES, "no" => TXT_NO));
|
|
|
|
$fd_sc_mobility_acceptance["ausbau_bahn"] = array(
|
|
"name" => TXT_SC_MOBILITY_ACCEPTANCE_AUSBAU_BAHN,
|
|
"help" => TXT_SC_MOBILITY_ACCEPTANCE_AUSBAU_BAHN_HELP,
|
|
"default" => "no",
|
|
"values" => array("yes" => TXT_YES, "no" => TXT_NO));
|
|
|
|
$fd_sc_mobility_acceptance["fossile_teurer"] = array(
|
|
"name" => TXT_SC_MOBILITY_ACCEPTANCE_FOSSILE_TEURER,
|
|
"help" => TXT_SC_MOBILITY_ACCEPTANCE_FOSSILE_TEURER_HELP,
|
|
"default" => "no",
|
|
"values" => array("yes" => TXT_YES, "no" => TXT_NO));
|
|
$fd_sc_mobility_acceptance["suffizienz"] = array(
|
|
"name" => TXT_SC_MOBILITY_ACCEPTANCE_SUFFIZIENZ,
|
|
"help" => TXT_SC_MOBILITY_ACCEPTANCE_SUFFIZIENZ_HELP,
|
|
"default" => "no",
|
|
"values" => array("yes" => TXT_YES, "no" => TXT_NO));
|
|
|
|
|
|
/**
|
|
* "Mobilität": Values: "Akzeptanzfragen"
|
|
*/
|
|
$factor_sc_mobility_acceptance["stadt_autofrei"]["mt"] = array("yes" => 0.98, "no" => 1);
|
|
$factor_sc_mobility_acceptance["tempolimit"]["mt"] = array("yes" => 0.87, "no" => 1);
|
|
$factor_sc_mobility_acceptance["ausbau_bahn"]["mt"] = array("yes" => 0.98, "no" => 1);
|
|
$factor_sc_mobility_acceptance["fossile_teurer"]["mt"] = array("yes" => 0.87, "no" => 1);
|
|
$factor_sc_mobility_acceptance["suffizienz"]["mt"] = array("yes" => 1, "no" => 1);
|
|
|
|
$factor_sc_mobility_acceptance["stadt_autofrei"]["lt"] = array("yes" => 0.91, "no" => 1);
|
|
$factor_sc_mobility_acceptance["tempolimit"]["lt"] = array("yes" => 0.5, "no" => 1);
|
|
$factor_sc_mobility_acceptance["ausbau_bahn"]["lt"] = array("yes" => 0.68, "no" => 1);
|
|
$factor_sc_mobility_acceptance["fossile_teurer"]["lt"] = array("yes" => 0.5, "no" => 1);
|
|
$factor_sc_mobility_acceptance["suffizienz"]["lt"] = array("yes" => 0.5, "no" => 1); /* wirkt nur LT, MT ist es schon in der Bilanz abgebildet*/
|
|
|
|
|
|
/**
|
|
* "Mobilität - Flugreisen": Form data: "Akzeptanzfragen"
|
|
*/
|
|
$fd_sc_mobility_flight_acceptance["flugpreis"] = array(
|
|
"name" => TXT_SC_MOBILITY_ACCEPTANCE_FLUGPREIS,
|
|
"help" => TXT_SC_MOBILITY_ACCEPTANCE_FLUGPREIS_HELP,
|
|
"default" => "no",
|
|
"values" => array("yes" => TXT_YES, "no" => TXT_NO));
|
|
|
|
/**
|
|
* "Mobilität - Flugreisen": Values: "Akzeptanzfragen"
|
|
*/
|
|
$factor_sc_mobility_flight_acceptance["flugpreis"]["mt"] = array("yes" => 0.75, "no" => 1);
|
|
$factor_sc_mobility_flight_acceptance["flugpreis"]["lt"] = array("yes" => 0.28, "no" => 1);
|
|
|
|
/**
|
|
* "Ernährung": Form data: "Akzeptanzfragen"
|
|
*/
|
|
$fd_sc_food_acceptance["political"] = array(
|
|
"name" => TXT_SC_FOOD_ACCEPTANCE_POLITICAL,
|
|
"help" => TXT_SC_FOOD_ACCEPTANCE_POLITICAL_HELP,
|
|
"default" => "no",
|
|
"values" => array("yes" => TXT_YES, "no" => TXT_NO));
|
|
|
|
$fd_sc_food_acceptance["waste"] = array(
|
|
"name" => TXT_SC_FOOD_ACCEPTANCE_WASTE,
|
|
"help" => TXT_SC_FOOD_ACCEPTANCE_WASTE_HELP,
|
|
"default" => "no",
|
|
"values" => array("yes" => TXT_YES, "no" => TXT_NO));
|
|
|
|
$fd_sc_food_acceptance["animalistic"] = array(
|
|
"name" => TXT_SC_FOOD_ACCEPTANCE_ANIMALISTIC,
|
|
"help" => TXT_SC_FOOD_ACCEPTANCE_ANIMALISTIC_HELP,
|
|
"default" => "no",
|
|
"values" => array("yes" => TXT_YES, "no" => TXT_NO));
|
|
|
|
/**
|
|
* "Ernährung": Values: "Akzeptanzfragen"
|
|
*/
|
|
$factor_sc_food_acceptance["political"]["st"] = array("yes" => 1, "no" => 1);
|
|
$factor_sc_food_acceptance["waste"]["st"] = array("yes" => 1, "no" => 1);
|
|
$factor_sc_food_acceptance["animalistic"]["st"] = array("yes" => 1, "no" => 1);
|
|
|
|
$factor_sc_food_acceptance["political"]["mt"] = array("yes" => 0.891, "no" => 1); /* Quelle WWF: 0,98; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2030 */
|
|
$factor_sc_food_acceptance["waste"]["mt"] = array("yes" => 0.891, "no" => 1); /* Quelle WWF: 0,98; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2030 */
|
|
$factor_sc_food_acceptance["animalistic"]["mt"] = array("yes" => 1, "no" => 1);
|
|
|
|
$factor_sc_food_acceptance["political"]["lt"] = array("yes" => 0.765, "no" => 1); /* Quelle WWF: 0,96; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2050 */
|
|
$factor_sc_food_acceptance["waste"]["lt"] = array("yes" => 0.765, "no" => 1); /* Quelle WWF: 0,96; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2050 */
|
|
$factor_sc_food_acceptance["animalistic"]["lt"] = array("yes" => 0.656, "no" => 1); /* vorher: 0,7; 201605_ODD: IFEU, ÖI 2MOD(KS95/KS80) 2050 */
|
|
|
|
/**
|
|
* "Konsum": Form data: "Akzeptanzfragen"
|
|
*/
|
|
$fd_sc_consumption_acceptance["consumption_01"] = array(
|
|
"name" => TXT_SC_CONSUMPTION_ACCEPTANCE_01,
|
|
"help" => TXT_SC_CONSUMPTION_ACCEPTANCE_01_HELP,
|
|
"default" => "no",
|
|
"values" => array("yes" => TXT_YES, "no" => TXT_NO));
|
|
|
|
$fd_sc_consumption_acceptance["consumption_02"] = array(
|
|
"name" => TXT_SC_CONSUMPTION_ACCEPTANCE_02,
|
|
"help" => TXT_SC_CONSUMPTION_ACCEPTANCE_02_HELP,
|
|
"default" => "no",
|
|
"values" => array("yes" => TXT_YES, "no" => TXT_NO));
|
|
|
|
/**
|
|
* "Konsum": Values: "Akzeptanzfragen"
|
|
*/
|
|
$factor_sc_consumption_acceptance["consumption_01"]["st"] = array("yes" => 1, "no" => 1); /* 01605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2050 */
|
|
$factor_sc_consumption_acceptance["consumption_02"]["st"] = array("yes" => 1, "no" => 1);
|
|
|
|
$factor_sc_consumption_acceptance["consumption_01"]["mt"] = array("yes" => 0.874, "no" => 1); /* 201512: 0.947; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/80) 2030 */
|
|
$factor_sc_consumption_acceptance["consumption_02"]["mt"] = array("yes" => 0.874
|
|
, "no" => 1); /* 201512: 0.947; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/80) 2030 */
|
|
|
|
$factor_sc_consumption_acceptance["consumption_01"]["lt"] = array("yes" => 0.306, "no" => 1); /* 201512: 0.128; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/80) 2050 */
|
|
$factor_sc_consumption_acceptance["consumption_02"]["lt"] = array("yes" => 0.306, "no" => 1); /* 201512: 0.128; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/80) 2050 */
|
|
|
|
/**
|
|
* "Konsum": Values: "Meta"-Akzeptanzfragen die sich auf Akzeptanzfragen aus anderen Kategorien beziehen
|
|
*/
|
|
$factor_sc_meta_consumption_acceptance["st"]["living_hs"]["ee_gebaeude"] = array("yes" => 1, "no" => 1);
|
|
$factor_sc_meta_consumption_acceptance["mt"]["living_hs"]["ee_gebaeude"] = array("yes" => 0.962, "no" => 1); /* 201512: 0.95; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
|
|
$factor_sc_meta_consumption_acceptance["lt"]["living_hs"]["ee_gebaeude"] = array("yes" => 0.885, "no" => 1); /* 201512: 0.752; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
|
|
|
|
$factor_sc_meta_consumption_acceptance["st"]["living_hs"]["ee_waerme"] = array("yes" => 1, "no" => 1);
|
|
$factor_sc_meta_consumption_acceptance["mt"]["living_hs"]["ee_waerme"] = array("yes" => 0.962, "no" => 1); /* 201512: 0.95; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
|
|
$factor_sc_meta_consumption_acceptance["lt"]["living_hs"]["ee_waerme"] = array("yes" => 0.885, "no" => 1); /* 201512: 0.752; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
|
|
|
|
$factor_sc_meta_consumption_acceptance["st"]["living_pt"]["energiewende"] = array("yes" => 1, "no" => 1);
|
|
$factor_sc_meta_consumption_acceptance["mt"]["living_pt"]["energiewende"] = array("yes" => 0.962, "no" => 1); /* 201512: 0.95; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
|
|
$factor_sc_meta_consumption_acceptance["lt"]["living_pt"]["energiewende"] = array("yes" => 0.885, "no" => 1); /* 201512: 0.752; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
|
|
|
|
$factor_sc_meta_consumption_acceptance["st"]["living_pt"]["energiepreis"] = array("yes" => 1, "no" => 1);
|
|
$factor_sc_meta_consumption_acceptance["mt"]["living_pt"]["energiepreis"] = array("yes" => 0.962, "no" => 1); /* 201512: 0.95; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
|
|
$factor_sc_meta_consumption_acceptance["lt"]["living_pt"]["energiepreis"] = array("yes" => 0.885, "no" => 1); /* 201512: 0.752; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
|
|
|
|
$factor_sc_meta_consumption_acceptance["st"]["mobility"]["tempolimit"] = array("yes" => 1, "no" => 1);
|
|
$factor_sc_meta_consumption_acceptance["mt"]["mobility"]["tempolimit"] = array("yes" => 0.962, "no" => 1); /* 201512: 0.95; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
|
|
$factor_sc_meta_consumption_acceptance["lt"]["mobility"]["tempolimit"] = array("yes" => 0.885, "no" => 1); /* 201512: 0.752; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
|
|
|
|
$factor_sc_meta_consumption_acceptance["st"]["mobility"]["fossile_teurer"] = array("yes" => 1, "no" => 1);
|
|
$factor_sc_meta_consumption_acceptance["mt"]["mobility"]["fossile_teurer"] = array("yes" => 0.962, "no" => 1); /* 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
|
|
$factor_sc_meta_consumption_acceptance["lt"]["mobility"]["fossile_teurer"] = array("yes" => 0.885, "no" => 1); /* 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
|
|
|
|
$factor_sc_meta_consumption_acceptance["st"]["mobility_flight"]["flugpreis"] = array("yes" => 1, "no" => 1);
|
|
$factor_sc_meta_consumption_acceptance["mt"]["mobility_flight"]["flugpreis"] = array("yes" => 1, "no" => 1); /* 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
|
|
$factor_sc_meta_consumption_acceptance["lt"]["mobility_flight"]["flugpreis"] = array("yes" => 1, "no" => 1); /* 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
|
|
|
|
$factor_sc_meta_consumption_acceptance["st"]["food"]["political"] = array("yes" => 1, "no" => 1);
|
|
$factor_sc_meta_consumption_acceptance["mt"]["food"]["political"] = array("yes" => 0.962, "no" => 1); /* 201512: 0.95; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2030 */
|
|
$factor_sc_meta_consumption_acceptance["lt"]["food"]["political"] = array("yes" => 0.885, "no" => 1); /* 201512: 0.752; 201605_ODD: IFEU, ÖI 2MOD 7. Wurzel (KS80/AMS) 2050 */
|
|
|
|
|
|
|
|
/**
|
|
* "Öffentliche Emissionen": Values: "Meta"-Akzeptanzfragen die sich auf Akzeptanzfragen aus anderen Kategorien beziehen
|
|
*
|
|
*/
|
|
$factor_sc_meta_public_consumption_acceptance["st"]["living_hs"]["ee_gebaeude"] = array("yes" => 0.954, "no" => 1); /* 201512: 0.93; 201605_ODD: IFEU, ÖI 2MOD 4. Wurzel (KS80/AMS) 2020 */
|
|
$factor_sc_meta_public_consumption_acceptance["mt"]["living_hs"]["ee_gebaeude"] = array("yes" => 0.848, "no" => 1); /* 201512: 0.82; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2030 */
|
|
$factor_sc_meta_public_consumption_acceptance["lt"]["living_hs"]["ee_gebaeude"] = array("yes" => 0.646, "no" => 1); /* 201512: 0.64; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2050 */
|
|
|
|
$factor_sc_meta_public_consumption_acceptance["st"]["living_hs"]["ee_waerme"] = array("yes" => 0.954, "no" => 1); /* 201512: 0.93; 201605_ODD: IFEU, ÖI 2MOD 4. Wurzel (KS80/AMS) 2020 */
|
|
$factor_sc_meta_public_consumption_acceptance["mt"]["living_hs"]["ee_waerme"] = array("yes" => 0.808, "no" => 1); /* 201512: 0.94; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/KS80) 2030 */
|
|
$factor_sc_meta_public_consumption_acceptance["lt"]["living_hs"]["ee_waerme"] = array("yes" => 0.827, "no" => 1); /* 201512: 0.65; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/KS80) 2050 */
|
|
|
|
$factor_sc_meta_public_consumption_acceptance["st"]["living_pt"]["energiewende"] = array("yes" => 0.954, "no" => 1); /* 201512: 0.93; 201605_ODD: IFEU, ÖI 2MOD 4. Wurzel (KS80/AMS) 2020 */
|
|
$factor_sc_meta_public_consumption_acceptance["mt"]["living_pt"]["energiewende"] = array("yes" => 0.808, "no" => 1); /* 201512: 0.94; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/KS80) 2030 */
|
|
$factor_sc_meta_public_consumption_acceptance["lt"]["living_pt"]["energiewende"] = array("yes" => 0.827, "no" => 1); /* 201512: 0.65; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS95/KS80) 2050 */
|
|
|
|
$factor_sc_meta_public_consumption_acceptance["st"]["living_pt"]["energiepreis"] = array("yes" => 0.954, "no" => 1); /* 201512: 0.93; 201605_ODD: IFEU, ÖI 2MOD 4. Wurzel (KS80/AMS) 2020 */
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$factor_sc_meta_public_consumption_acceptance["mt"]["living_pt"]["energiepreis"] = array("yes" => 0.848, "no" => 1); /* 201512: 0.82; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2030 */
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$factor_sc_meta_public_consumption_acceptance["lt"]["living_pt"]["energiepreis"] = array("yes" => 0.646, "no" => 1); /* 201512: 0.64; 201605_ODD: IFEU, ÖI 2MOD Wurzel (KS80/AMS) 2050 */
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?>
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