Incorporate ECM updates from decarb-develop-2022

Incorporate ECM updates from the decarb-develop-2022 branch as of commit 4308fb5. Remove ECMs no longer in use due to program policy shifts (i.e., remove cooling upgrade measures that are not heat pumps, e.g., central ACs). Remove ECMs no longer needed with modifications to ECMs and packages. Incorporate revised Prospective tier ECMs.

Author: trynthink

ecm_definitions/Best Com. ASHP, Env., PC (EE+DF–RST) CC.json

@@ -12,8 +12,7 @@
   "structure_type": "all",
   "end_use": ["cooling", "heating", "ventilation"],
   "fuel_type": "electricity",
-  "technology": ["rooftop_AC", "res_type_central_AC", "elec_boiler", "electric_res-heat",
-                 "all ventilation"],
+  "technology": ["rooftop_AC", "res_type_central_AC", "elec_boiler", "wall-window_room_AC", "electric_res-heat", "all ventilation"],
   "market_entry_year": 2021,
   "market_entry_year_source": {
     "notes": "Assume historical penetration is captured in the baseline",
@@ -53,21 +52,17 @@
   "measure_type": "full service",
   "fuel_switch_to": null,
   "market_scaling_fractions": {
-    "rooftop_AC": 0.32, 
-    "res_type_central_AC": 0.32,
-    "wall-window_room_AC": 0.32,
-    "electric_res-heat": 1,
-    "elec_boiler": 1,
-    "CAV_Vent": 0.274,
-    "VAV_Vent": 0.274
+    "cooling": 0.32, 
+    "heating": 1,
+    "ventilation": 0.274
   },
   "market_scaling_fractions_source": [{
       "title": "CBECS 2012 - Table B30 -  Cooling energy sources, number of buildings and floorspace",
       "author": null,
       "organization": "U.S. Energy Information Administration",
       "year": 2015,
       "URL": "https://www.eia.gov/consumption/commercial/data/2012/bc/pdf/b30.pdf",
-      "fraction_derivation": "Cooling fraction excludes cooling in buildings that use non-electric source of primary heating (25,613 sf/ 79,294 sf)."
+      "fraction_derivation": "Cooling fraction excludes cooling in buildings that use non-electric source of primary heating (53,681 sf/ 79,294 sf)."
   },{
       "title": "CBECS 2012 - Table B29 - Primary space-heating energy sources, floorspace",
       "author": null,

ecm_definitions/Best Com. ASHP, Env., PC (EE+DF–RST).json

@@ -13,8 +13,7 @@
   "structure_type": "all",
   "end_use": ["cooling", "heating", "ventilation"],
   "fuel_type": "electricity",
-  "technology": ["rooftop_AC", "res_type_central_AC", "elec_boiler", "electric_res-heat",
-                 "all ventilation"],
+  "technology": ["rooftop_AC", "res_type_central_AC", "elec_boiler", "wall-window_room_AC", "electric_res-heat", "all ventilation"],
   "market_entry_year": 2021,
   "market_entry_year_source": {
     "notes": "Assume historical penetration is captured in the baseline",
@@ -54,21 +53,17 @@
   "measure_type": "full service",
   "fuel_switch_to": null,
   "market_scaling_fractions": {
-    "rooftop_AC": 0.32, 
-    "res_type_central_AC": 0.32,
-    "wall-window_room_AC": 0.32,
-    "electric_res-heat": 1,
-    "elec_boiler": 1,
-    "CAV_Vent": 0.274,
-    "VAV_Vent": 0.274
+    "cooling": 0.32, 
+    "heating": 1,
+    "ventilation": 0.274
   },
   "market_scaling_fractions_source": [{
       "title": "CBECS 2012 - Table B30 -  Cooling energy sources, number of buildings and floorspace",
       "author": null,
       "organization": "U.S. Energy Information Administration",
       "year": 2015,
       "URL": "https://www.eia.gov/consumption/commercial/data/2012/bc/pdf/b30.pdf",
-      "fraction_derivation": "Cooling fraction excludes cooling in buildings that use non-electric source of primary heating (25,613 sf/ 79,294 sf)."
+      "fraction_derivation": "Cooling fraction excludes cooling in buildings that use non-electric source of primary heating (53,681 sf/ 79,294 sf)."
   },{
       "title": "CBECS 2012 - Table B29 - Primary space-heating energy sources, floorspace",
       "author": null,

ecm_definitions/Best Com. RTU, Env., PC (EE+DF).json

@@ -4,11 +4,10 @@
                    "PJMW", "MISE", "PJME", "NYUP", "NYCW", "ISNE"],
   "bldg_type": "all residential",
   "structure_type": "all",
-  "end_use": ["cooling", "heating", "secondary heating"],
+  "end_use": ["cooling", "heating"],
   "fuel_type": "all",
   "technology": ["central AC", "boiler (NG)", "furnace (NG)", "boiler (distillate)",
-                 "furnace (distillate)", "furnace (kerosene)", "furnace (LPG)", "NGHP",
-                 "all secondary heating"],
+                 "furnace (distillate)", "furnace (kerosene)", "furnace (LPG)", "NGHP"],
   "market_entry_year": 2021,
   "market_entry_year_source": {
     "notes": "Assume historical penetration is captured in baseline",
@@ -23,14 +22,8 @@
   },
   "energy_efficiency": {
       "cooling": 4.55,
-      "heating": 1.88,
-      "secondary heating": 0
-    },
-  "energy_efficiency_units": {
-      "cooling": "COP",
-      "heating": "COP",
-      "secondary heating": "relative savings (constant)"
-  },
+      "heating": 1.88},
+  "energy_efficiency_units": "COP",
   "energy_efficiency_source": {
     "notes": "Sales-weighted combinations of heating and cooling efficiencies for typical ASHPs, GSHPs, and electric resistance + central AC. ASHPs and central AC reflect min. standard to come into effect in 2023, represented in the 2030 column; all else is based on 2020. New/replacement sales numbers drawn from AEO 2021 microdata files, available from EIA upon request.",
     "source_data": {
@@ -60,7 +53,7 @@
         "existing": 11357
       }
   },
-  "cost_units": "2020$/unit",
+  "cost_units": "2017$/unit",
   "installed_cost_source": {
     "notes": "Total installed cost is average of low/high 'ESTAR Connected Thermostat' values plus installed costs for best ASHP in 2020; attribute cost to heating unit replacement, with no cost for associated cooling capabilities; for existing buildings, added service costs of $1K for natural gas and $2K for distillate/other assigned based on EIA report, and added costs of $3K for new circuit breaker panel based on Redwood Energy report.",
     "source_data": [
@@ -111,11 +104,9 @@
   "measure_type": "full service",
   "fuel_switch_to": "electricity",
   "market_scaling_fractions": {
-    "electricity":{
+    "electricity": {
       "cooling": 0.595,
-      "heating": 0,
-      "secondary heating": 0
-    },
+      "heating": 0},
     "natural gas": 1,
     "distillate": 1,
     "other fuel": 1},
@@ -128,8 +119,7 @@
       "year": 2015,
       "URL": "https://www.eia.gov/consumption/residential/data/2015/index.php?view=microdata",
       "fraction_derivation": "Central AC multiple of 59.5% was determined as a proportion of total homes with a ducted cooling system where heating is done using any non-electric heating energy source. Total homes with ducted cooling in the sample is 76,090,522, and then filtered for homes with fuel-fired heating system (45,241,958)."
-    },
-    "secondary heating": "Applies to all residential fuel-fired heating; no electric heating is switched by this ECM"
+    }
   },
   "_description": "Switch to best available ASHP with smart thermostat controls for preconditioning, cold-climate",
   "_notes": null,

ecm_definitions/Best Res. ASHP, Env., PC (EE+DF–FS) CC.json

@@ -5,11 +5,10 @@
                    "CASO"],
   "bldg_type": "all residential",
   "structure_type": "all",
-  "end_use": ["cooling", "heating", "secondary heating"],
+  "end_use": ["cooling", "heating"],
   "fuel_type": "all",
   "technology": ["central AC", "boiler (NG)", "furnace (NG)", "boiler (distillate)",
-                 "furnace (distillate)", "furnace (kerosene)", "furnace (LPG)", "NGHP",
-                 "all secondary heating"],
+                 "furnace (distillate)", "furnace (kerosene)", "furnace (LPG)", "NGHP"],
   "market_entry_year": 2021,
   "market_entry_year_source": {
     "notes": "Assume historical penetration is captured in baseline",
@@ -24,14 +23,9 @@
   },
   "energy_efficiency": {
       "cooling": 4.55,
-      "heating": 1.88,
-      "secondary heating": 0
+      "heating": 1.88
     },
-  "energy_efficiency_units": {
-      "cooling": "COP",
-      "heating": "COP",
-      "secondary heating": "relative savings (constant)"
-  },
+  "energy_efficiency_units": "COP",
   "energy_efficiency_source": {
     "notes": "Sales-weighted combinations of heating and cooling efficiencies for typical ASHPs, GSHPs, and electric resistance + central AC. ASHPs and central AC reflect min. standard to come into effect in 2023, represented in the 2030 column; all else is based on 2020. New/replacement sales numbers drawn from AEO 2021 microdata files, available from EIA upon request.",
     "source_data": {
@@ -61,7 +55,7 @@
         "existing": 11357
       }
   },
-  "cost_units": "2020$/unit",
+  "cost_units": "2017$/unit",
   "installed_cost_source": {
     "notes": "Total installed cost is average of low/high 'ESTAR Connected Thermostat' values plus installed costs for best ASHP in 2020; attribute cost to heating unit replacement, with no cost for associated cooling capabilities; for existing buildings, added service costs of $1K for natural gas and $2K for distillate/other assigned based on EIA report, and added costs of $3K for new circuit breaker panel based on Redwood Energy report.",
     "source_data": [
@@ -114,8 +108,7 @@
   "market_scaling_fractions": {
     "electricity":{
       "cooling": 0.595,
-      "heating": 0,
-      "secondary heating": 0
+      "heating": 0
     },
     "natural gas": 1,
     "distillate": 1,
@@ -129,8 +122,7 @@
       "year": 2015,
       "URL": "https://www.eia.gov/consumption/residential/data/2015/index.php?view=microdata",
       "fraction_derivation": "Central AC multiple of 59.5% was determined as a proportion of total homes with a ducted cooling system where heating is done using any non-electric heating energy source. Total homes with ducted cooling in the sample is 76,090,522, and then filtered for homes with fuel-fired heating system (45,241,958)."
-    },
-    "secondary heating": "Applies to all residential fuel-fired secondary heating; no electric heating is switched by this ECM"
+    } 
   },
   "_description": "Switch to best available ASHP with smart thermostat controls for preconditioning, non-cold-climate",
   "_notes": null,

ecm_definitions/Best Res. ASHP, Env., PC (EE+DF–FS).json

@@ -31,7 +31,7 @@
   "energy_efficiency_units": "relative savings (constant)",
   "energy_efficiency_source": "Determined by custom savings shape information in 'tsv_features'",
   "installed_cost": 6357,
-  "cost_units": "2020$/unit",
+  "cost_units": "2017$/unit",
   "installed_cost_source": {
     "notes": "Total installed cost is average of low/high 'ESTAR Connected Thermostat' values plus installed costs for best ASHP in 2020",
     "source_data": [

ecm_definitions/Best Res. ASHP, Env., PC (EE+DF–LFL) CC.json

@@ -32,7 +32,7 @@
   "energy_efficiency_units": "relative savings (constant)",
   "energy_efficiency_source": "Determined by custom savings shape information in 'tsv_features'",
   "installed_cost": 6357,
-  "cost_units": "2020$/unit",
+  "cost_units": "2017$/unit",
   "installed_cost_source": {
     "notes": "Total installed cost is average of low/high 'ESTAR Connected Thermostat' values plus installed costs for best ASHP in 2020",
     "source_data": [

ecm_definitions/Best Res. ASHP, Env., PC (EE+DF–LFL).json

@@ -31,7 +31,7 @@
   "energy_efficiency_units": "relative savings (constant)",
   "energy_efficiency_source": "Determined by custom savings shape information in 'tsv_features'",
   "installed_cost": 6357,
-  "cost_units": "2020$/unit",
+  "cost_units": "2017$/unit",
   "installed_cost_source": {
     "notes": "Total installed cost is average of low/high 'ESTAR Connected Thermostat' values plus installed costs for best ASHP in 2020",
     "source_data": [

ecm_definitions/Best Res. ASHP, Env., PC (EE+DF–RST) CC.json

@@ -32,7 +32,7 @@
   "energy_efficiency_units": "relative savings (constant)",
   "energy_efficiency_source": "Determined by custom savings shape information in 'tsv_features'",
   "installed_cost": 6357,
-  "cost_units": "2020$/unit",
+  "cost_units": "2017$/unit",
   "installed_cost_source": {
     "notes": "Total installed cost is average of low/high 'ESTAR Connected Thermostat' values plus installed costs for best ASHP in 2020",
     "source_data": [