Added Heating sources (#312)

* Added Heating sources

* Create energyusage.yml

* Update footprints.yml

* Create energyprices.yml

* lint

* lint

* Update definitions.js

* fixed Oli's comments

* move energyfootprints to own file

* lint

* lint

* lint

* disabled line-length rule for ymling

* yaml fix

* Add yamllint

* fix energyfootprints.yml

* Added wip energy model js

* lint

* fixes oli's comments

* fixes oli's comments

* Clean up

* WIP

* added text + links

* add non elec heating

* lin

* add checksum

Co-authored-by: Olivier Baumann <olivier.baumann@tmrow.com>
Co-authored-by: Olivier Corradi <1655848+corradio@users.noreply.github.com>

.yamllint

@@ -0,0 +1,5 @@
+---
+extends: default
+
+rules:
+  line-length: disable

co2eq/energy/energyfootprints.yml

@@ -0,0 +1,152 @@
+heating:
+  HEATING_SOURCE_COAL_BOILER:
+    kWh:
+      intensityKilograms: 0.63  # kg co2e/kWh
+      source: https://www.icax.co.uk/Decarbonising_Heating_2022.html
+  HEATING_SOURCE_OIL_BOILER:
+    kWh:
+      intensityKilograms: 0.43  # kg co2e/kWh
+      source: http://researchbriefings.files.parliament.uk/documents/POST-PN-0523/POST-PN-0523.pdf
+  HEATING_SOURCE_GAS_BOILER:
+    kWh:
+      intensityKilograms: 0.295  # kg co2e/kWh
+      source: http://researchbriefings.files.parliament.uk/documents/POST-PN-0523/POST-PN-0523.pdf
+  HEATING_SOURCE_GAS_MICRO_COMBINED_HEAT_AND_POWER:
+    kWh:
+      intensityKilograms: 0.26  # kg co2e/kWh
+      source: http://researchbriefings.files.parliament.uk/documents/POST-PN-0523/POST-PN-0523.pdf
+  HEATING_SOURCE_GAS_ABSORPTION_HEAT_PUMP:
+    kWh:
+      intensityKilograms: 0.175  # kg co2e/kWh
+      source: http://researchbriefings.files.parliament.uk/documents/POST-PN-0523/POST-PN-0523.pdf
+  HEATING_SOURCE_BIOSOURCED_GASES:
+    kWh:
+      intensityKilograms: 0.06  # kg co2e/kWh
+      source: http://researchbriefings.files.parliament.uk/documents/POST-PN-0523/POST-PN-0523.pdf
+  HEATING_SOURCE_BIOMASS_BOILER:
+    kWh:
+      intensityKilograms: 0.1  # kg co2e/kWh
+      source: http://researchbriefings.files.parliament.uk/documents/POST-PN-0523/POST-PN-0523.pdf
+  HEATING_SOURCE_GEOTHERMAL:
+    kWh:
+      intensityKilograms: 0.01  # kg co2e/kWh
+      source: http://researchbriefings.files.parliament.uk/documents/POST-PN-0523/POST-PN-0523.pdf
+  HEATING_SOURCE_SOLAR_THERMAL:
+    kWh:
+      intensityKilograms: 0.0225  # kg co2e/kWh
+      source: http://researchbriefings.files.parliament.uk/documents/POST-PN-0523/POST-PN-0523.pdf
+  HEATING_SOURCE_DISTRICT_HEATING:
+    kWh:
+      country:
+        AT:
+          intensityKilograms: 0.138613768592457  # kg co2e/kWh
+          source: 'Lukas Kranzl, Michael Hartner, Andreas Müller, Gustav Resch, Sara Fritz, (TU Wien), Tobias Fleiter, Andrea Herbst, Matthias Rehfeldt, Pia Manz (Fraunhofer ISI), Alyona Zubaryeva (EURAC).
+          Reviewed by Jakob Rager (CREM). Hotmaps Project, D5.2 WP5 Report – Heating & Cooling outlook until 2050, EU 28, 2018 www.hotmaps-project.eu'
+        BE:
+          intensityKilograms: 0.153246230482934  # kg co2e/kWh
+          source: 'Lukas Kranzl, Michael Hartner, Andreas Müller, Gustav Resch, Sara Fritz, (TU Wien), Tobias Fleiter, Andrea Herbst, Matthias Rehfeldt, Pia Manz (Fraunhofer ISI), Alyona Zubaryeva (EURAC).
+          Reviewed by Jakob Rager (CREM). Hotmaps Project, D5.2 WP5 Report – Heating & Cooling outlook until 2050, EU 28, 2018 www.hotmaps-project.eu'
+        BG:
+          intensityKilograms: 0.242628007169097  # kg co2e/kWh
+          source: 'Lukas Kranzl, Michael Hartner, Andreas Müller, Gustav Resch, Sara Fritz, (TU Wien), Tobias Fleiter, Andrea Herbst, Matthias Rehfeldt, Pia Manz (Fraunhofer ISI), Alyona Zubaryeva (EURAC).
+          Reviewed by Jakob Rager (CREM). Hotmaps Project, D5.2 WP5 Report – Heating & Cooling outlook until 2050, EU 28, 2018 www.hotmaps-project.eu'
+        CY:
+          intensityKilograms: -0.00969682540749218  # kg co2e/kWh
+          source: 'Lukas Kranzl, Michael Hartner, Andreas Müller, Gustav Resch, Sara Fritz, (TU Wien), Tobias Fleiter, Andrea Herbst, Matthias Rehfeldt, Pia Manz (Fraunhofer ISI), Alyona Zubaryeva (EURAC).
+          Reviewed by Jakob Rager (CREM). Hotmaps Project, D5.2 WP5 Report – Heating & Cooling outlook until 2050, EU 28, 2018 www.hotmaps-project.eu'
+        CZ:
+          intensityKilograms: 0.287764611249576  # kg co2e/kWh
+          source: 'Lukas Kranzl, Michael Hartner, Andreas Müller, Gustav Resch, Sara Fritz, (TU Wien), Tobias Fleiter, Andrea Herbst, Matthias Rehfeldt, Pia Manz (Fraunhofer ISI), Alyona Zubaryeva (EURAC).
+          Reviewed by Jakob Rager (CREM). Hotmaps Project, D5.2 WP5 Report – Heating & Cooling outlook until 2050, EU 28, 2018 www.hotmaps-project.eu'
+        DE:
+          intensityKilograms: 0.188820002160917  # kg co2e/kWh
+          source: 'Lukas Kranzl, Michael Hartner, Andreas Müller, Gustav Resch, Sara Fritz, (TU Wien), Tobias Fleiter, Andrea Herbst, Matthias Rehfeldt, Pia Manz (Fraunhofer ISI), Alyona Zubaryeva (EURAC).
+          Reviewed by Jakob Rager (CREM). Hotmaps Project, D5.2 WP5 Report – Heating & Cooling outlook until 2050, EU 28, 2018 www.hotmaps-project.eu'
+        DK:
+          intensityKilograms: 0.203981361123157  # kg co2e/kWh
+          source: 'Lukas Kranzl, Michael Hartner, Andreas Müller, Gustav Resch, Sara Fritz, (TU Wien), Tobias Fleiter, Andrea Herbst, Matthias Rehfeldt, Pia Manz (Fraunhofer ISI), Alyona Zubaryeva (EURAC).
+          Reviewed by Jakob Rager (CREM). Hotmaps Project, D5.2 WP5 Report – Heating & Cooling outlook until 2050, EU 28, 2018 www.hotmaps-project.eu'
+        EE:
+          intensityKilograms: 0.163115712753168  # kg co2e/kWh
+          source: 'Lukas Kranzl, Michael Hartner, Andreas Müller, Gustav Resch, Sara Fritz, (TU Wien), Tobias Fleiter, Andrea Herbst, Matthias Rehfeldt, Pia Manz (Fraunhofer ISI), Alyona Zubaryeva (EURAC).
+          Reviewed by Jakob Rager (CREM). Hotmaps Project, D5.2 WP5 Report – Heating & Cooling outlook until 2050, EU 28, 2018 www.hotmaps-project.eu'
+        ES:
+          intensityKilograms: 0  # kg co2e/kWh
+          source: 'Lukas Kranzl, Michael Hartner, Andreas Müller, Gustav Resch, Sara Fritz, (TU Wien), Tobias Fleiter, Andrea Herbst, Matthias Rehfeldt, Pia Manz (Fraunhofer ISI), Alyona Zubaryeva (EURAC).
+          Reviewed by Jakob Rager (CREM). Hotmaps Project, D5.2 WP5 Report – Heating & Cooling outlook until 2050, EU 28, 2018 www.hotmaps-project.eu'
+        FI:
+          intensityKilograms: 0.185356469136768  # kg co2e/kWh
+          source: 'Lukas Kranzl, Michael Hartner, Andreas Müller, Gustav Resch, Sara Fritz, (TU Wien), Tobias Fleiter, Andrea Herbst, Matthias Rehfeldt, Pia Manz (Fraunhofer ISI), Alyona Zubaryeva (EURAC).
+          Reviewed by Jakob Rager (CREM). Hotmaps Project, D5.2 WP5 Report – Heating & Cooling outlook until 2050, EU 28, 2018 www.hotmaps-project.eu'
+        FR:
+          intensityKilograms: 0.0827175916129129  # kg co2e/kWh
+          source: 'Lukas Kranzl, Michael Hartner, Andreas Müller, Gustav Resch, Sara Fritz, (TU Wien), Tobias Fleiter, Andrea Herbst, Matthias Rehfeldt, Pia Manz (Fraunhofer ISI), Alyona Zubaryeva (EURAC).
+          Reviewed by Jakob Rager (CREM). Hotmaps Project, D5.2 WP5 Report – Heating & Cooling outlook until 2050, EU 28, 2018 www.hotmaps-project.eu'
+        UK:
+          intensityKilograms: 0.138031379296288  # kg co2e/kWh
+          source: 'Lukas Kranzl, Michael Hartner, Andreas Müller, Gustav Resch, Sara Fritz, (TU Wien), Tobias Fleiter, Andrea Herbst, Matthias Rehfeldt, Pia Manz (Fraunhofer ISI), Alyona Zubaryeva (EURAC).
+          Reviewed by Jakob Rager (CREM). Hotmaps Project, D5.2 WP5 Report – Heating & Cooling outlook until 2050, EU 28, 2018 www.hotmaps-project.eu'
+        GR:
+          intensityKilograms: 0.315308456821223  # kg co2e/kWh
+          source: 'Lukas Kranzl, Michael Hartner, Andreas Müller, Gustav Resch, Sara Fritz, (TU Wien), Tobias Fleiter, Andrea Herbst, Matthias Rehfeldt, Pia Manz (Fraunhofer ISI), Alyona Zubaryeva (EURAC).
+          Reviewed by Jakob Rager (CREM). Hotmaps Project, D5.2 WP5 Report – Heating & Cooling outlook until 2050, EU 28, 2018 www.hotmaps-project.eu'
+        HR:
+          intensityKilograms: 0.218491125208843  # kg co2e/kWh
+          source: 'Lukas Kranzl, Michael Hartner, Andreas Müller, Gustav Resch, Sara Fritz, (TU Wien), Tobias Fleiter, Andrea Herbst, Matthias Rehfeldt, Pia Manz (Fraunhofer ISI), Alyona Zubaryeva (EURAC).
+          Reviewed by Jakob Rager (CREM). Hotmaps Project, D5.2 WP5 Report – Heating & Cooling outlook until 2050, EU 28, 2018 www.hotmaps-project.eu'
+        HU:
+          intensityKilograms: 0.181767842244441  # kg co2e/kWh
+          source: 'Lukas Kranzl, Michael Hartner, Andreas Müller, Gustav Resch, Sara Fritz, (TU Wien), Tobias Fleiter, Andrea Herbst, Matthias Rehfeldt, Pia Manz (Fraunhofer ISI), Alyona Zubaryeva (EURAC).
+          Reviewed by Jakob Rager (CREM). Hotmaps Project, D5.2 WP5 Report – Heating & Cooling outlook until 2050, EU 28, 2018 www.hotmaps-project.eu'
+        IE:
+          intensityKilograms: 0  # kg co2e/kWh
+          source: 'Lukas Kranzl, Michael Hartner, Andreas Müller, Gustav Resch, Sara Fritz, (TU Wien), Tobias Fleiter, Andrea Herbst, Matthias Rehfeldt, Pia Manz (Fraunhofer ISI), Alyona Zubaryeva (EURAC).
+          Reviewed by Jakob Rager (CREM). Hotmaps Project, D5.2 WP5 Report – Heating & Cooling outlook until 2050, EU 28, 2018 www.hotmaps-project.eu'
+        IT:
+          intensityKilograms: 0.200398663230602  # kg co2e/kWh
+          source: 'Lukas Kranzl, Michael Hartner, Andreas Müller, Gustav Resch, Sara Fritz, (TU Wien), Tobias Fleiter, Andrea Herbst, Matthias Rehfeldt, Pia Manz (Fraunhofer ISI), Alyona Zubaryeva (EURAC).
+          Reviewed by Jakob Rager (CREM). Hotmaps Project, D5.2 WP5 Report – Heating & Cooling outlook until 2050, EU 28, 2018 www.hotmaps-project.eu'
+        LT:
+          intensityKilograms: 0.0966513330178206  # kg co2e/kWh
+          source: 'Lukas Kranzl, Michael Hartner, Andreas Müller, Gustav Resch, Sara Fritz, (TU Wien), Tobias Fleiter, Andrea Herbst, Matthias Rehfeldt, Pia Manz (Fraunhofer ISI), Alyona Zubaryeva (EURAC).
+          Reviewed by Jakob Rager (CREM). Hotmaps Project, D5.2 WP5 Report – Heating & Cooling outlook until 2050, EU 28, 2018 www.hotmaps-project.eu'
+        LU:
+          intensityKilograms: 0.126744277506435  # kg co2e/kWh
+          source: 'Lukas Kranzl, Michael Hartner, Andreas Müller, Gustav Resch, Sara Fritz, (TU Wien), Tobias Fleiter, Andrea Herbst, Matthias Rehfeldt, Pia Manz (Fraunhofer ISI), Alyona Zubaryeva (EURAC).
+          Reviewed by Jakob Rager (CREM). Hotmaps Project, D5.2 WP5 Report – Heating & Cooling outlook until 2050, EU 28, 2018 www.hotmaps-project.eu'
+        LV:
+          intensityKilograms: 0.104791562263033  # kg co2e/kWh
+          source: 'Lukas Kranzl, Michael Hartner, Andreas Müller, Gustav Resch, Sara Fritz, (TU Wien), Tobias Fleiter, Andrea Herbst, Matthias Rehfeldt, Pia Manz (Fraunhofer ISI), Alyona Zubaryeva (EURAC).
+          Reviewed by Jakob Rager (CREM). Hotmaps Project, D5.2 WP5 Report – Heating & Cooling outlook until 2050, EU 28, 2018 www.hotmaps-project.eu'
+        MT:
+          intensityKilograms: 0.162345134012572  # kg co2e/kWh
+          source: 'Lukas Kranzl, Michael Hartner, Andreas Müller, Gustav Resch, Sara Fritz, (TU Wien), Tobias Fleiter, Andrea Herbst, Matthias Rehfeldt, Pia Manz (Fraunhofer ISI), Alyona Zubaryeva (EURAC).
+          Reviewed by Jakob Rager (CREM). Hotmaps Project, D5.2 WP5 Report – Heating & Cooling outlook until 2050, EU 28, 2018 www.hotmaps-project.eu'
+        NL:
+          intensityKilograms: 0.157277165673387  # kg co2e/kWh
+          source: 'Lukas Kranzl, Michael Hartner, Andreas Müller, Gustav Resch, Sara Fritz, (TU Wien), Tobias Fleiter, Andrea Herbst, Matthias Rehfeldt, Pia Manz (Fraunhofer ISI), Alyona Zubaryeva (EURAC).
+          Reviewed by Jakob Rager (CREM). Hotmaps Project, D5.2 WP5 Report – Heating & Cooling outlook until 2050, EU 28, 2018 www.hotmaps-project.eu'
+        PL:
+          intensityKilograms: 0.345769096000686  # kg co2e/kWh
+          source: 'Lukas Kranzl, Michael Hartner, Andreas Müller, Gustav Resch, Sara Fritz, (TU Wien), Tobias Fleiter, Andrea Herbst, Matthias Rehfeldt, Pia Manz (Fraunhofer ISI), Alyona Zubaryeva (EURAC).
+          Reviewed by Jakob Rager (CREM). Hotmaps Project, D5.2 WP5 Report – Heating & Cooling outlook until 2050, EU 28, 2018 www.hotmaps-project.eu'
+        PT:
+          intensityKilograms: 0.272338841231362  # kg co2e/kWh
+          source: 'Lukas Kranzl, Michael Hartner, Andreas Müller, Gustav Resch, Sara Fritz, (TU Wien), Tobias Fleiter, Andrea Herbst, Matthias Rehfeldt, Pia Manz (Fraunhofer ISI), Alyona Zubaryeva (EURAC).
+          Reviewed by Jakob Rager (CREM). Hotmaps Project, D5.2 WP5 Report – Heating & Cooling outlook until 2050, EU 28, 2018 www.hotmaps-project.eu'
+        RO:
+          intensityKilograms: 0.220377645786264  # kg co2e/kWh
+          source: 'Lukas Kranzl, Michael Hartner, Andreas Müller, Gustav Resch, Sara Fritz, (TU Wien), Tobias Fleiter, Andrea Herbst, Matthias Rehfeldt, Pia Manz (Fraunhofer ISI), Alyona Zubaryeva (EURAC).
+          Reviewed by Jakob Rager (CREM). Hotmaps Project, D5.2 WP5 Report – Heating & Cooling outlook until 2050, EU 28, 2018 www.hotmaps-project.eu'
+        SE:
+          intensityKilograms: 0.0968585307202192  # kg co2e/kWh
+          source: 'Lukas Kranzl, Michael Hartner, Andreas Müller, Gustav Resch, Sara Fritz, (TU Wien), Tobias Fleiter, Andrea Herbst, Matthias Rehfeldt, Pia Manz (Fraunhofer ISI), Alyona Zubaryeva (EURAC).
+          Reviewed by Jakob Rager (CREM). Hotmaps Project, D5.2 WP5 Report – Heating & Cooling outlook until 2050, EU 28, 2018 www.hotmaps-project.eu'
+        SI:
+          intensityKilograms: 0.269687224992362  # kg co2e/kWh
+          source: 'Lukas Kranzl, Michael Hartner, Andreas Müller, Gustav Resch, Sara Fritz, (TU Wien), Tobias Fleiter, Andrea Herbst, Matthias Rehfeldt, Pia Manz (Fraunhofer ISI), Alyona Zubaryeva (EURAC).
+          Reviewed by Jakob Rager (CREM). Hotmaps Project, D5.2 WP5 Report – Heating & Cooling outlook until 2050, EU 28, 2018 www.hotmaps-project.eu'
+        SK:
+          intensityKilograms: 0.375480331140096  # kg co2e/kWh
+          source: 'Lukas Kranzl, Michael Hartner, Andreas Müller, Gustav Resch, Sara Fritz, (TU Wien), Tobias Fleiter, Andrea Herbst, Matthias Rehfeldt, Pia Manz (Fraunhofer ISI), Alyona Zubaryeva (EURAC).
+          Reviewed by Jakob Rager (CREM). Hotmaps Project, D5.2 WP5 Report – Heating & Cooling outlook until 2050, EU 28, 2018 www.hotmaps-project.eu'

co2eq/energy/index.js

@@ -0,0 +1,79 @@
+import md5 from 'tiny-hashes/md5';
+
+import {
+  ELECTRICITY_ACTIVITIES,
+} from '../../definitions';
+import energyFootprints from './energyfootprints.yml';
+
+// ** modelName must not be changed. If changed then old activities will not be re-calculated **
+export const modelName = 'energy';
+const ymlChecksum = md5(JSON.stringify(energyFootprints));
+export const modelVersion = `1_${ymlChecksum}`; // This model relies on footprints.yaml
+export const explanation = {
+  text: 'Calculations take into account use of electricity and heating, based on fuel source',
+  links: [
+    { label: 'ICAX (2019)', href: 'https://www.icax.co.uk/Decarbonising_Heating_2022.html' },
+    { label: 'The Parliamentary Office of Science and Technology (2016)', href: 'http://researchbriefings.files.parliament.uk/documents/POST-PN-0523/POST-PN-0523.pdf' },
+    { label: 'Hotmaps Project (2018)', href: 'www.hotmaps-project.eu' },
+  ],
+};
+
+export const modelCanRunVersion = 1;
+export function modelCanRun(activity) {
+  const { heatingSource, activityType } = activity;
+  // Leave the electric activities up to the electricity model
+  const isElectricActivity = ELECTRICITY_ACTIVITIES.includes(activityType);
+  if (!heatingSource || isElectricActivity) {
+    return false;
+  }
+  return true;
+}
+
+function correctWithParticipants(footprint, participants) {
+  return footprint / (participants || 1);
+}
+
+/*
+Carbon emissions of an activity (in kgCO2eq)
+*/
+function carbonEmissionsWithoutParticipants(activity) {
+  const {
+    countryCodeISO2,
+    heatingSource,
+    energyWattHours,
+  } = activity;
+
+  if (!heatingSource) {
+    throw new Error('Missing heatingSource');
+  }
+
+  const energyFootprint = (energyFootprints[heatingSource] || {}).kWh;
+  if (!energyFootprint) {
+    throw new Error(`Unable to find a footprint for heatingSource ${heatingSource}`);
+  }
+  if (energyWattHours == null) {
+    throw new Error('Missing energyWattHours');
+  }
+
+  // Check if we can use the country-specific estimate
+  if (energyFootprint.country
+    && countryCodeISO2
+    && energyFootprint.country[countryCodeISO2]
+    && energyFootprint.country[countryCodeISO2].intensityKilograms) {
+    // Get country-specific values
+    const countryCarbonIntensity = energyFootprint.country[countryCodeISO2].intensityKilograms;
+    return energyWattHours / 1000.0 * countryCarbonIntensity;
+  }
+  // Use non-country specific estimator
+  if (!energyFootprint.intensityKilograms) {
+    throw new Error(`Unable to find a non-country-specific carbon intensity for heatingSource ${heatingSource}`);
+  }
+  return energyWattHours / 1000.0 * energyFootprint.intensityKilograms;
+}
+
+export function carbonEmissions(activity) {
+  return correctWithParticipants(
+    carbonEmissionsWithoutParticipants(activity),
+    activity.participants
+  );
+}

definitions.js

@@ -8,14 +8,27 @@ export const UNIT_KILOGRAMS = 'kg';
 export const UNIT_MONETARY_EUR = 'EUR';
 export const UNIT_ITEM = 'item';
 
-/* Activity Types */
+/* Activity Types
+Each activity type is tied to a specific UI
+This is why it's important to group the electricity activities together
+as they will use the electricityMap.
+*/
 export const ACTIVITY_TYPE_ELECTRICITY = 'ACTIVITY_TYPE_ELECTRICITY';
 export const ACTIVITY_TYPE_ELECTRIC_VEHICLE_CHARGING = 'ACTIVITY_TYPE_ELECTRIC_VEHICLE_CHARGING';
+export const ACTIVITY_TYPE_ELECTRIC_HEATING = 'ACTIVITY_TYPE_ELECTRIC_HEATING';
+export const ACTIVITY_TYPE_NON_ELECTRIC_HEATING = 'ACTIVITY_TYPE_NON_ELECTRIC_HEATING';
 export const ACTIVITY_TYPE_TRANSPORTATION = 'ACTIVITY_TYPE_TRANSPORTATION';
 export const ACTIVITY_TYPE_MEAL = 'ACTIVITY_TYPE_MEAL';
 export const ACTIVITY_TYPE_PURCHASE = 'ACTIVITY_TYPE_PURCHASE';
 export const ACTIVITY_TYPE_LODGING = 'ACTIVITY_TYPE_LODGING';
 
+export const ELECTRICITY_ACTIVITIES = [
+  ACTIVITY_TYPE_ELECTRICITY,
+  ACTIVITY_TYPE_ELECTRIC_VEHICLE_CHARGING,
+  ACTIVITY_TYPE_ELECTRIC_HEATING,
+];
+
+
 /* Transportation */
 export const TRANSPORTATION_MODE_PLANE = 'plane';
 export const TRANSPORTATION_MODE_BIKE = 'bike';
@@ -87,6 +100,18 @@ export const ENGINETYPE_HYBRID = 'hybrid';
 export const ENGINETYPE_LPG = 'lpg';
 export const ENGINETYPE_CNG = 'cng';
 
+// Heating source
+export const HEATING_SOURCE_COAL_BOILER = 'HEATING_SOURCE_COAL_BOILER';
+export const HEATING_SOURCE_OIL_BOILER = 'HEATING_SOURCE_OIL_BOILER';
+export const HEATING_SOURCE_GAS_BOILER = 'HEATING_SOURCE_GAS_BOILER';
+export const HEATING_SOURCE_GAS_MICRO_COMBINED_HEAT_AND_POWER = 'HEATING_SOURCE_GAS_MICRO_COMBINED_HEAT_AND_POWER';
+export const HEATING_SOURCE_GAS_ABSORPTION_HEAT_PUMP = 'HEATING_SOURCE_GAS_ABSORPTION_HEAT_PUMP';
+export const HEATING_SOURCE_BIOSOURCED_GASES = 'HEATING_SOURCE_BIOSOURCED_GASES';
+export const HEATING_SOURCE_BIOMASS_BOILER = 'HEATING_SOURCE_BIOMASS_BOILER';
+export const HEATING_SOURCE_GEOTHERMAL = 'HEATING_SOURCE_GEOTHERMAL';
+export const HEATING_SOURCE_SOLAR_THERMAL = 'HEATING_SOURCE_SOLAR_THERMAL';
+export const HEATING_SOURCE_DISTRICT_HEATING = 'HEATING_SOURCE_DISTRICT_HEATING';
+
 // Entertainment
 export const PURCHASE_CATEGORY_ENTERTAINMENT_CIGAR_STORES = 'Tobacco store';
 export const PURCHASE_CATEGORY_ENTERTAINMENT_AMUSEMENT_PARKS = 'Amusement park';