Cold Climate Air Source Heat Pumps

Filter by Tag
No results found
Air Source Heat Pumps (5)
Best Practices (1)
Building Electrification (4)
Cold Climate Air Source Heat Pumps (8)
Cost Analysis (1)
Cost Savings (1)
Ductless Minisplit (Air Source) Heat Pumps (1)
Electric Utilities (1)
Electricity (1)
Electrification (1)
Emerging Technology (1)
Energy Efficiency (2)
Energy Efficiency Ratio (1)
Fuel-Switching (2)
Heat Pump Water Heating (3)
Heat Pumps (6)
Heating Seasonal Performance Factor (1)
Heating Ventilation and Air Conditioning (2)
Load Shifting (1)
Market Analysis (2)
Natural Gas (1)
New Buildings (1)
Northeast Energy Efficiency Partnership (1)
Oil (1)
Propane (1)
Public Incentives (1)
Residential (1)
Seasonal Energy Efficiency Ratio (1)
Zero-Emission (1)
Filter by State
No results found
Colorado (1)
Connecticut (1)
Illinois (1)
Maine (1)
Massachusetts (2)
Michigan (1)
New Hampshire (1)
New York (1)
Rhode Island (1)
Vermont (2)
Filter by Resource Publisher
No results found
ACEEE (2)
Cadmus Group (1)
Consumers Energy (1)
Energy Futures Group (1)
Navigant Consulting (1)
Northeast Energy Efficiency Partnerships (1)
Southwest Energy Efficiency Project (1)
Filter by Country
No results found
United States (7)
Filter by Type
No results found
Research Report (2)
Technical Study (2)
Action Plans and Guides (1)
Market Analysis (1)
Policy Brief (1)
Report (1)
Filter by Date
Resources Found:
8

Filter Selections:

Electricity Rates that Keep Bills Down after Electrification of Home Heating

March 12, 2025|

New research from the American Council for an Energy-Efficient Economy (ACEEE) identifies commonsense electric utility rate reforms that will keep households from seeing increased bills when switching home heating from fossil fuel–fired systems to heat pumps in some of the coldest U.S. states.

<
>
Clear