Assertion: heat pump | /r/CapableOf | use electricity
Facets:
value: to move heat
type: PURPOSE
value: for power
type: PURPOSE
value: to run other component
type: PURPOSE
value: to run the compressor
type: PURPOSE
value: depending on the season
type: OTHER
value: to cycle refrigerant
type: PURPOSE
value: in the simplest terms
type: MANNER
value: to provide cooling
type: PURPOSE
value: to heat water
type: PURPOSE
value: to pull air
type: PURPOSE
value: in attempts
type: TEMPORAL
value: in areas
type: LOCATION
value: considerably
type: DEGREE
value: in the long-term
type: TEMPORAL
value: far
type: MANNER
Source sentences:
text: A heat pump uses electricity to move heat from one place to another.
text: it still runs, but it uses far more energy and typically struggles to maintain comfortable temperatures inside the home due to the lack of outdoor heat available for heat transfer.
text: In general, since it's transferring rather than creating heat, a heat pump uses considerably less energy in the long-term.
text: In areas that do not experience temperatures below freezing, a heat pump consumes less energy and can be more efficient than a furnace.
text: Heat pumps can use the electricity produced by the solar panels from sunlight and create up to 4 times as much energy as they consume.
text: They use more electricity in attempts to adequately heat the home, which increases your energy bills.
text: For instance, furnaces generate heat by burning oil or natural gas while heat pumps use electricity.
text: Instead, it uses electricity to pull air from the outside and transfer heat into your home.
text: Heat pumps use electricity to capture heat and move it from one place to another.
text: Heat pumps use electricity but not in the traditional form of electrically-heated coils that warm a room.
text: As opposed to gas or propane, heat pumps use electricity to heat water.
text: A heat pump is a standalone, two-component appliance that uses refrigeration technology and electricity to provide heating and cooling for homes, businesses and other applications.
text: In the simplest terms, a heat pump uses electricity and refrigerant to move heat from one location to another.
text: Because a heat pump only uses electricity for power rather than for the generation of heat, it offers a remarkably high efficiency rate.
text: and when you pair solar panels for electricity with heat pumps for heat (which use electricity for power), you are heating your home for an average of about 9 cents per kWh vs. 14.5 cents per kWh without solar, effectively reducing your cost to run your heat pump by almost 40% annually.
text: A heat pump uses electricity to transfer heat from one area to another, which means that it never has to generate heat itself.
text: While both a central air conditioner and a heat pump use electricity to operate, they do work in different ways to cool your home.
text: This is because they use electricity just to cycle refrigerant, not to make heat.
text: Heat pumps use electricity to move heat from a cool area to a warm one, which makes the warm space warmer in the winter and the cool space cooler in the summer.
text: Heat pumps do use electricity, but they don’t consume fossil fuels to produce heat.
text: Heat pumps use electricity to capture heat and move it from one place to another.
text: Simply put, heat pumps use electricity to move heat either into or out of your home (depending on the season).
text: Since heat pumps don’t use electricity to create heat they operate at a much higher energy efficiency.
text: A heat pump uses electricity to run the compressor and other component, so that electricity needs to be from low carbon generation.
text: As the temperature goes down, your heat pump uses more energy to produce less heat.
text: However, if you live in a location with colder climates, a heat pump would need to use more energy since it needs to draw in heat from the outside air.
text: However, if you live in a location with colder climates, a heat pump would need to use more energy since it needs to draw in heat from the outside air.
text: Too small and the heat pump will use more energy trying to keep the space warm.
text: The goal is to reach the temperature quickly enough for greater comfort and less stress, and easily maintain the set temperature, so your heat pump uses less energy, keeps the efficiency high while maintaining the comfort you expect.
text: Efficiency is what classifies heat pumps as a “clean technology” – in comparison to traditional heating and cooling systems, heat pumps use less energy to heat the same amount of space.