Assertion: heat pump | /r/CapableOf | provide heat
Facets:
value: in cooler weather
type: TEMPORAL
value: unlike an ac
type: OTHER
value: unlike other heating options
type: OTHER
value: during the winter
type: TEMPORAL
value: by removing heat
type: MANNER
value: to negative 10 degrees
type: OTHER
Source sentences:
text: To provide heat, a heat pump works by extracting heat from the air outside of your home and transferring it to refrigeration coolant –
text: Although a heat pump provides both heating and cooling to your home, there is a simple way to determine if you have a heat pump by testing the unit in heating mode.
text: The only real difference is that a heat pump can reverse itself so it can provide heating when needed.
text: Is your heat pump providing any heat at all?
text: The heat pump provides the heat when outdoor temps are cool.
text: However, if temperatures drop well below freezing, you may reach a point where a heat pump may not be able to provide enough heat.
text: During mild winter weather, the heat pump provides all the heating, which is more efficient than a gas furnace in such cases.
text: A heat pump, on the other hand, can provide heat as well as cooling.
text: A heat pump can still provide heat down to negative 10 degrees.
text: In cooler weather, the heat pump provides heat by removing heat from the air outside and moving it inside.
text: You see, a heat pump is an air conditioner that can also provide heat during the winter.
text: The HVAC units we commonly refer to as heat pumps move temperatures in both direction, providing both heating and cooling functions.
text: Unlike other heating options, heat pumps provide both heating and cooling services.
text: But since most modern "air conditioners" and "heat pumps" provide both heating and cooling, the difference becomes increasingly meaningless…
text: The only difference is that a heat pump, unlike an AC, can also provide heating.
text: Since heat pumps provide both cooling and heating, they are rated according to how efficiently they cool (SEER) and how efficiently they heat (HSPF).