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The major pool equipment manufacturers all sell heat pumps - Pentair with the [[Pentair UltraTemp Heat Pump|UltraTemp]], Jandy with the VersaTemp JRT Series, Hayward with various models. There are also good heat pumps manufactured by independent companies - [[AquaCal Heat Pumps|Aquacal]], Gulfstream, Built Right (acquired by Fluidra), and others. | The major pool equipment manufacturers all sell heat pumps - Pentair with the [[Pentair UltraTemp Heat Pump|UltraTemp]], Jandy with the VersaTemp JRT Series, Hayward with various models. There are also good heat pumps manufactured by independent companies - [[AquaCal Heat Pumps|Aquacal]], Gulfstream, Built Right (acquired by Fluidra), and others. | ||
+ | |||
+ | There is little difference in the heat pump technology used by manufacturers as they all use the similar parts from other manufacturers for many components including compressor and electronics. What does differ between manufacturers is the warranty and service, controls, and pool automation communication. | ||
+ | |||
+ | ==Heat Pump Operation== | ||
+ | |||
+ | Heat pumps operate by taking heat from the surrounding air and transferring it into the water. The warmer the air and the more humidity in the air, the more latent heat is available for heating your pool.Depending on the sized heat | ||
+ | pump for your pool volume, the heat pump can raise your pool 1/2°F to 2°F per hour depending on air temperature, humidity, and water temperature. | ||
+ | |||
+ | For example, a 140,000 BTU heat pump can raise a 17,000 gallon pool about 1°F per hour. A smaller BTU heat pump will raise the temperature less as will a larger pool. | ||
+ | |||
+ | The ideal or rated condition for the heat pump is 80°F air temperature, 80% relative humidity, and 80°F water temperature. As conditions decrease from 80/80/80, the heat pump performance will decrease. | ||
+ | |||
+ | Heat Pumps are best utilized to maintain a set water temperature; they are not intended to provide instant or fast heating. It is not reasonable to expect a heat pump to perform like a gas heater which has a much higher BTU output and faster response. Additionally, gas heaters are not dependent on environmental conditions. | ||
+ | |||
+ | Proper operation and use of the heat pump is to set it at your desired temperature and leave it with your pool pump running. Your heat pump will turn on and off automatically to maintain your desired temperature much like your home HVAC unit. | ||
+ | |||
+ | To take advantage of the sun’s energy, operate your heat pump during the heat of the day. Your heat pump will still operate when the temperature drops at night, but the output will be decreased. It is acceptable to shut the heat pump off and not use it for extended periods of time. | ||
+ | |||
+ | Using a pool cover with a heat pump will minimize the pool waters heat loss and reduce the heat pump runtime which will save on your electrical bill. | ||
+ | |||
+ | When you have a need to heat your pool, you must plan accordingly since it may take the heat pump days to heat your pool back to your desired temperature, depending on your pool temperature and environmental conditions. |
Revision as of 19:12, 12 October 2024
Heat Pump Basics
Heat pumps are a popular way of heating a pool. Heat pumps are energy efficient and can be installed anywhere a 20 to 60 amp electrical circuit is available depending on the BTU output.
The major pool equipment manufacturers all sell heat pumps - Pentair with the UltraTemp, Jandy with the VersaTemp JRT Series, Hayward with various models. There are also good heat pumps manufactured by independent companies - Aquacal, Gulfstream, Built Right (acquired by Fluidra), and others.
There is little difference in the heat pump technology used by manufacturers as they all use the similar parts from other manufacturers for many components including compressor and electronics. What does differ between manufacturers is the warranty and service, controls, and pool automation communication.
Heat Pump Operation
Heat pumps operate by taking heat from the surrounding air and transferring it into the water. The warmer the air and the more humidity in the air, the more latent heat is available for heating your pool.Depending on the sized heat pump for your pool volume, the heat pump can raise your pool 1/2°F to 2°F per hour depending on air temperature, humidity, and water temperature.
For example, a 140,000 BTU heat pump can raise a 17,000 gallon pool about 1°F per hour. A smaller BTU heat pump will raise the temperature less as will a larger pool.
The ideal or rated condition for the heat pump is 80°F air temperature, 80% relative humidity, and 80°F water temperature. As conditions decrease from 80/80/80, the heat pump performance will decrease.
Heat Pumps are best utilized to maintain a set water temperature; they are not intended to provide instant or fast heating. It is not reasonable to expect a heat pump to perform like a gas heater which has a much higher BTU output and faster response. Additionally, gas heaters are not dependent on environmental conditions.
Proper operation and use of the heat pump is to set it at your desired temperature and leave it with your pool pump running. Your heat pump will turn on and off automatically to maintain your desired temperature much like your home HVAC unit.
To take advantage of the sun’s energy, operate your heat pump during the heat of the day. Your heat pump will still operate when the temperature drops at night, but the output will be decreased. It is acceptable to shut the heat pump off and not use it for extended periods of time.
Using a pool cover with a heat pump will minimize the pool waters heat loss and reduce the heat pump runtime which will save on your electrical bill.
When you have a need to heat your pool, you must plan accordingly since it may take the heat pump days to heat your pool back to your desired temperature, depending on your pool temperature and environmental conditions.