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| Name | How A Ground Source Heat Pump Works |
| Video Uploader | Video From Kensa Heat Pumps |
| Upload Date | This Video Uploaded At 08-12-2011 12:22:18 |
| Video Discription | Learn how a heat pump works from the UK's leading manufacturer of a full range of Ground Source Heat Pumps. To watch the full series of Kensa videos and access plenty more information about installing a ground source heat pump, visit https://www.kensaheatpumps.com/knowledge-hub/ Transcript - Kensa Heat Pumps have been manufacturing and installing ground source heat pumps since 1999. With over two 2,500 complete systems manufactured so far you can trust Kensa to deliver award winning expertise and advice. In this video you will learn how a ground source heat pump works. The purpose of a heat pump is to absorb low grade heat in one place where it is plentiful then to transport, concentrate and release it in another location, where it can be used for space or water heating. The ground absorbs low grade solar energy by the means of direct sunlight and rain. This gives the ground a year round temperature of around 8-12 degrees Celsius. But how can this low grade heat be used to heat an entire building? A cold water antifreeze mix is pumped through the ground within a series of energy absorbing pipes known as ground arrays. As heat naturally flows from warmer to cooler places the anti-freeze mix circulating around the array is constantly warmed by the grounds low-grade heat. Having increased in temperature the anti-freeze mixture is fed into a heat exchanger called the evaporator. Within the secondary sealed side of the evaporator heat exchanger is a refrigerant which acts as a heat transfer fluid. When the water anti-freeze mixture enters the evaporator the energy absorbed from the ground is transferred into the refrigerant which begins to boil and turn into a gas. The refrigerant never physically mixes with the water anti-freeze mixture they are separated like sandwich layers by the plates of the heat exchanger which permits the heat transfer. This gas is then fed into a compressor. The pressure of the refrigerant gas is increased in the compressor which makes the gas temperature rise. The hot refrigerant gas then flows into a second heat exchanger called the condenser. Which features an identical set of heat transfer plates. The condenser delivers water hot enough to serve the space heating system and if required the properties hot water needs. Having transferred its heat, the refrigerant gas reverts to a liquid. This liquid is then passed through an expansion valve at the end of the cycle to reduce its pressure and temperature ready to commence the cycle all over again. Low-grade heat stored in the ground has been upgraded by the refrigeration process to deliver hot water. For each kilowatt consumed by the heat pump 4 kilowatts of energy is generated effectively meaning the cost per kilowatt hour is quartered. |
| Category | Science & Technology |
| Tags | kensa | kensa engineering | kensa heat pumps | ground source heat pump | how a heat pump works | what is a heat pump | gshp | Heat Pump |
