Heat Pumps

In New York State, conventional heating and cooling systems are responsible for 37 percent of energy consumption and 32 percent of greenhouse gas emissions. Clean heating and cooling technologies, such as heat pumps, are making it possible for homes to stay comfortable year-round, save energy, and reduce their carbon footprints.

Heat pumps are two to four times as efficient as conventional oil, propane, or electric resistance heating, and ground source heat pumps provide cooling much more efficiently than other cooling systems. They are also a safer and healthier choice for homes, with no combustion of fossil fuels, fuel storage, or carbon monoxide emissions.

Heat Pump Options

There are two primary types of heat pumps sold today—air source and ground source heat pumps. When buying or replacing your heat pump, always look for ENERGY STAR® certified heat pumps, which are more energy efficient than other options. In addition, the Coefficient of Performance (COP), Seasonal Energy Efficiency Ratio (SEER), and Heating Seasonal Performance Factor (HSPF) can help determine which option or model will be the most energy efficient. The higher the rating, the more efficient the heat pump will be.

If purchasing a heat pump, you may also be eligible to receive a tax credit and/or a financial incentive. Visit the Clean Heating and Cooling Solutions website to learn more.

Performance and life expectancy of these systems are dependent upon installation, location, fuel, maintenance, and occupant behavior.

	Air Source Heat Pumps		Ground Source Heat Pumps
	Central Systems (Ducted)	Ductless Mini-Split Systems
Overview	Central systems connect to a single indoor unit (often a furnace), pushing air through a series of ducts, which gets exhausted through vents throughout a home. Central systems rely on an outdoor compressor/condenser.	Ductless mini-split systems consist of an outdoor compressor or condenser unit that connects to an indoor unit to distribute heat or AC throughout a home.	Ground source heat pumps, also referred to as geothermal heat pumps, extract heat from the ground during cold weather via an underground piping system, which is then distributed throughout your home. During warmer months, the process is reversed to provide cooling.
Life Expectancy	~ 15 years	~ 15 years	~ 25 years
Most Common Fuel Source Options	Electricity	Electricity	Electricity
Benefits	Can have a lower price point than ductless mini-splits (excluding ductwork installation) Heat and cool a home two to four times as efficiently as conventional heating and cooling systems, reducing utility bills Allow for control over an entire home’s temperature from a single thermostat Require no combustion, which eliminates carbon monoxide, making them safer than conventional heating and cooling options Can pair with solar PV and on-site storage options for electricity to reduce reliance on fossil fuel energy sources Produce fewer greenhouse gas emissions, contributing to a cleaner environment	Heat and cool a home two to four times as efficiently as conventional heating and cooling systems, reducing utility bills Allow for customization and control of the temperature of each room in a home Require no existing ductwork Are less invasive and expensive than installing the ducting required for central systems Qualified models are optimized for New York weather conditions—look for a cold-climate model Small in size, providing design flexibility in home placement Require no combustion, which eliminates carbon monoxide, making them safer than conventional heating and cooling options Can pair with solar PV and on-site storage options for electricity to reduce reliance on fossil fuel energy sources Produce fewer greenhouse gas emissions, contributing to a cleaner environment Require minimal maintenance	Act as one system to heat, cool, and supply hot water (if equipped with a desuperheater) for your home Provide more consistent, steady output and performance than air source heat pumps You can immediately save 30 to 60 percent on heating and 20 to 50 percent on cooling costs when switching from conventional heating and cooling systems (such as fuel oil, propane, and electric resistance systems) Require no combustion, which eliminates carbon monoxide, making them safer than conventional heating and cooling options Can pair with solar PV and on-site storage options for electricity to reduce reliance on fossil fuel energy sources Require minimal maintenance Produce fewer greenhouse gas emissions, contributing to a cleaner environment
Considerations	If ductwork in a home is not present, ductwork would need to be installed	Can have a higher price point than central heat pumps and conventional heating and cooling systems Can have higher installation costs than central heat pumps Depending on location and model, fans and compressors in the heat pump may be noisy	Can have the highest price point relative to other heating and cooling options Homeowner must have sufficient space on property for installation
Operations and Maintenance	Routinely replace or clean your air filters to lower your central heat pump’s energy consumption Check your heat pump’s evaporator coil every year and clean it as necessary Have a qualified contractor service the central heat pump once a year	Clean or change filters once a month during peak usage times Have a qualified contractor service the heat pump at least once a year	Clean or change filters once a month during peak usage times Have a qualified contractor service the heat pump at least once a year

If you are ready to get started, explore NYSERDA’s list of approved heating and cooling contractors to install or service a heat pump for your home or property.