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  5. Ground Source Heat Pump for Swimming Poo
  • Ground Source Heat Pump for Swimming Pool

Ground Source Heat Pump for Swimming Pool

  • Product Item:Swimming Pool Heaters
  • Max. COP: 5.56
  • Max Water Temp: 40℃
  • Compressor : DC Inverter Compressor
  • Function : Pool Heating & Cooling
  • A+++  , DC Inverter  , High COP  , High Efficiency  , Multifunction  , WIFI Control
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    Description

    Ground source heat pump (GSHP) is an environmentally friendly and economical way to heat indoor and outdoor swimming pools at home and commercial scale.

     

    The heat pumps are currently the most efficient heating system. A well-performing heat pump can generate about 4 kilowatts of heat for every 1 kilowatt of electricity—400% efficiency, while modern gas boilers have an efficiency of 90%.

     

    The heat pumps can also be connected with solar and wind power to achieve complete pollution-free and carbon-free.

     

    How does the ground source heat pump work?

    Ground source heat pumps use heat energy from the ground. They are realized by laying horizontal ground loops in trenches about 100m long and 1m deep, or if this method has limited space, a vertical closed loop system can be installed in the borehole. The borehole reaches an average depth of 100m. These pipes circulate water and antifreeze solution, collect energy from the ground and transfer it to the compressor, which raises the temperature to a usable ambient temperature.

     

    Ground source heat pump cost

    The typical cost of installing a ground source heat pump in a new property is £16,500. All systems we quote will be accompanied by energy savings and operating cost comparison tables; it takes into account all variables to make extremely accurate predictions of final savings.

     

    Compared to existing oil, LPG or electricity systems, ground source heat pumps have been shown to have excellent payback periods, typically less than 4 years. While initial installation costs are high, ground source heat pumps offer long-term savings as the system lasts for more than 25 years. As natural gas prices continue to rise, payback periods continue to decrease, while electricity prices will fall due to investments in renewable electricity production. For these reasons, we are seeing an increasing popularity of ground source heat pump systems.

     

    Which geothermal pump loop collectors are right for me?

    Ground source heat pump collector systems are divided into four categories:

     

    Horizontal Loop - Ground Source Heat Pump

     

    These can be used when you have space in the garden to lay the pipes horizontally on the ground. The trench is about 1.2m deep and 250mm - 400mm wide. Collection pipes are then laid into these trenches and backfilled with the removed soil. Ditches must be at least one metre apart and one metre from any foundations or building services. The average property requires 400 meters of pipes and therefore 400 square meters of land for trenching.

     

    The grooves must be the same length to ensure equal pressure drop across the collector system. Should not be built on the surface above the collector.

     

    Vertical Drilling Loop - Ground Source Heat Pump

     

    The boreholes are dug underground and are usually about 90 meters deep. It is common to dig two holes for a home. The holes are approximately 200mm wide and must be kept at least ten meters apart from each other. Lower one ring into the drilled hole with a weight to make sure it reaches the bottom of the hole. The holes are then backfilled with grout mix, which can easily transfer heat from the ground to the pipes. This loop connects back to the ground source heat pump unit in your home.

     

    Open Loop Drilling System - Ground Source Heat Pump

     

    A separate extraction and discharge well is dug underground. One will draw water from the water table and the other will discharge the same back into the ground after passing through a heat pump heat exchanger. Special design considerations are given to avoid flow short circuits, and flow direction must also be considered.

     

    Since the extracted water is not contaminated in any way, these systems often combine an extraction well with a well pump to allow the property to drink potable water for free. These systems don't always offer the lowest running costs because you have to run the large water pump at the same time as running the GSHP itself.

     

    Open Loop Water Source - Ground Source Heat Pump

     

    The system draws and then re-discharges water from a nearby stream or river. Properties with large ponds or lakes can also use this system as it draws water from a source and uses the energy in the water to power a heat pump. These systems are similar to "well" type open loop systems. It is possible to see a CoP of over 5, but in addition to the ground source, we must also consider the electrical energy to run the pump. Sometimes, when abstraction permits are more difficult to obtain, we actually put a compact collector into the water, so no extraction is required, so an Environment Agency permit is not required.

     

    Advantages of ground source heat pumps

    Ground source heat pumps only use electricity to transfer heat, not generate it. So ground source heat pumps are very energy efficient and customers love energy savings! The efficiency of a swimming pool heater is measured by its coefficient of performance (COP). The COP of a heat pump is usually between 5 and 6, which means an efficiency between 500% and 600%.

    Other advantages of ground source heat pumps include: low operating costs, long service life, quiet operation and small environmental footprint.

     

    Disadvantages of ground source heat pumps

    Ground source heat pumps have few disadvantages. Compared to gas heaters, their significant disadvantages include high purchase and installation costs, and slow heating rates.

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    Product Categories

    • Air Source Heat Pumps
      • Domestic Heat Pumps
      • Commercial Heat Pumps
      • Industrial Heat Pumps
    • Heat Pump Cylinders
    • Air to Water Heat Pumps
    • Swimming Pool Heat Pump
      • Residential Swimming Pool Heat Pump
      • Commercial Swimming Pool Heat Pump
      • Spa Heat Pump
    • Hot Water Heat Pumps
      • Domestic Hot Water Heat Pumps
      • Commercial Hot Water Heat Pumps
    • Underfloor Heating Heat Pumps
    • High Temperature Heat Pumps
    • Cold Climate Heat Pumps
      • Low Temperature Heat Pumps
      • EVI Heat Pumps
    • Geothermal Heat Pump
      • Ground Source Heat Pump
    • DC Inverter Heat Pumps
    • CO2 Heat Pumps

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    tyler@lnashp.com

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