Assertion: heat pump | /r/CapableOf | extract heat
Facets:
value: from the air
type: TRANSITIVE-OBJECT
value: in cold weather
type: TEMPORAL
value: from one area
type: LOCATION
value: from one piece
type: MANNER
value: from the heat
type: OTHER
value: from the outside air temperature
type: OTHER
value: to provide warm air
type: PURPOSE
value: for home heating
type: PURPOSE
value: from the building
type: LOCATION
value: from one place
type: LOCATION
value: fundamentally
type: DEGREE
value: depending on the season
type: OTHER
Source sentences:
text: A heat pump is both a heating and cooling system, extracting heat from the air and moving it via an air handler to another location.
text: One of the amazing things about the heat pump is that it can extract that heat from the outside air and pump it into your home.
text: Heat pumps can extract this warmth and inject it into your home.
text: Fundamentally, a heat pump can extract heat from the air source and release it either inside or outside the home, depending on the season.
text: What makes it so energy efficient is that heat pumps extract heat from the air and move it instead of burning fuel to generate heat - which takes considerably less energy.
text: A heat pump is an electrical device that extracts heat from one place and transfers it to another.
text: In the summer, the process can be reversed so the heat pump extracts heat from the building and transfers it to the ground.
text: The biggest difference between a furnace and a heat pump is that a furnace heats your home through combustion, while a heat pump extracts heat from the outside air (even if it’s cold) to move warm air through your home.
text: The amazing thing about a heat pump is that it can extract heat from cold air, because even cold air contains some heat.
text: Heat pumps extract heat from cold outdoor air
text: For home heating, a heat pump extracts heat from outside air, heats the warm air up even more, and transfers it indoors.
text: When outside temperatures drop too low to allow the heat pump to extract heat from the frigid air, some systems switch on a backup heating system to supply the rest of the heat needed to reach the desired temperature inside.
text: Because heat pumps extract heat from outside to provide warm air inside during the heating season, as it gets colder outside, the heat pumps work harder to keep up, making them less efficient.
text: When it gets too cold outside, the heat pump can’t extract heat as normal from the outside air temperature.
text: Heat pumps operate by pulling in heat from the outside air, so as the air outside gets colder, the heat pump must work harder to extract heat from the heat and move it into your home.
text: A heat pump is a device that extracts heat from one piece and transfers it to another.
text: The compressor is what drives the refrigerant through the phase-changing, heat-exchanging thermodynamic cycle that allows your heat pump to extract heat from the cold outdoor air and transfer it to your warm indoor air.
text: If cooling is provided during the summer, the process is reversed: the heat pump extracts heat from the water in the home's distribution system and "pumps" it outside to cool the house.
text: Emergency Heat, also known as “auxiliary heat”, is the second stage of heat that your thermostat runs on when the temperature is too cold for your heat pump to extract heat from the outside.
text: Heat pumps extract heat from one area and move it to another.
text: As the outside temperature declines, the system capacity will decline in a linear fashion because a heat pump extracts heat from the air and "pumps" it into your home.
text: In cold weather, the heat pump extracts heat from the cold air outside and releases it inside the house.
text: During the winter, the heat pump reverses this process, extracting heat from the cold air outside and releasing it inside the house.