![]() According to EIA’s Residential Energy Consumption Survey (RECS) data, an average US household will use 3784 kWh annually for heating (costing $434 per year) and 3084 kWh annually for cooling (costing $262 per year).The corresponding running cost (based on $0.15/kWh electricity prices) is $0.13 to $1.35 per hour, $1.03 to $10.80 per day, and $30.86 to $324 per month. In heating mode, a heat pump will use anywhere from 0.86 kWh to 9.00 kWh per hour, from 6.86 kWh to 72 kWh per day, and from 205.71 kWh to 2160 kWh per month.The corresponding running cost (based on $0.15/kWh electricity prices) is $0.08 to $0.77 per hour, $0.65 to $6.17 per day, and $19.64 to $185.14 per month. In cooling mode, a heat pump will use anywhere from 0.55 kWh to 5.14 kWh per hour, from 4.36 kWh to 41.14 kWh per day, and from 130.91 kWh to 1234.29 kWh per month.Here is the quick outtake for 1-6 ton 14-22 SEER and 8-14 HSPF heat pumps: We will include a number of calculated charts with average heat pump electricity usage and costs in this article. Additionally, the heat pump running cost calculators will tell you how much does it cost to run a heat pump you only need to specify the electricity price per kWh ($/kWh) in your area. You input the size of your heat pump (in tons), SEER rating for cooling mode or HSPF rating for heating mode, and the calculator will tell you how much electricity your heat pump use (kWh per hour, kWh per day, and kWh per month). Heat pump expenditure calculators and charts.We have prepared several charts with wattage and kWh usage for 1-6 ton and 14-22 SEER and 8-14 HSPF heat pumps to help you out. wattage), we will calculate the kWh usage. By using average running wattage (58% of the max. Heat pump electricity usage per hour, day, and per month.This is relevant in the event of a power outage you will be able to determine the size of the generator you need to run a heat pump. Here are the key resources you will get for both cooling and heating modes: After that, we are going to look at the heating mode (using the HSPF rating). First, we are going to look at the cooling mode (using the SEER rating). In order to fully calculate the electricity usage and running cost of a heat pump, we are going to take a structured approach here. ![]() In heat pumps, the compressor uses the most electricity, followed by outdoor and indoor fans. In general, the same size ground-source heat pump requires less electricity to run than an air-source heat pump (due to a higher SEER rating). Lower wattage also means lower electricity or kWh use per month, and lower heating costs. The higher the HSPF rating, the less wattage will a heat pump draw.
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