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ing to the Department of Energy, the average heat pump uses 2,195 kWh per year of electricity (kWh/yr). The bigger the tank, however, the more energy you should expect to use.
On average, an air-source heat pump uses anywhere from 545 watts to 7,500 watts of electricity. The wattage per hour can be calculated by dividing the British Thermal Units (BTUs) needed to heat or cool your home by the SEER for warm months and the Heating Seasonal Performance Factor (HSPF) for cold months.
A heat pump water heater is about 4x efficient, meaning it will only cost about $189 annually with your electric rates. Your upgrade will pay for itself in less than three years, and then save you about $491 annually every year after. If you have solar, your electric costs are ~fixed.
Operationally the water heater doesnt use much electricity. If you look at the specs for the appliance, it generates 4200 BTU/hour of power when the compressor (heat pump) is running. That is equivalent to 1231 watts (1 watt = 3.41 BTU/hour).
While Maryland residents generally can expect a mild winter, our state can also experience some extremely low temperatures during the winter months. We recommend installing a heat pump and a gas furnace. When temperatures change, the system automatically switches the most cost-effective fuel source.
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Whether youre looking for the most efficient home cooling or heating system, a heat pump is the best choice.
Appliances that may qualify for rebates are: Electric heat pump water heater. Electric heat pump for space heating and cooling. Electric heat pump clothes dryer. Electric stove, cooktop, range, or oven.
Heat pump water heaters actually pull heat from the surrounding air. This is then delivered to the water in the units storage tank. For this reason, they may not work well in colder climates or when installed in unheated, uninsulated rooms (such as an unfinished basement).

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