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    GROUND SOURCE HEAT PUMPS

    GROUND SOURCE HEAT PUMPS

    Extracts stored solar energy from the ground and reduces the requirement to purchase fuels Electrically powered compressor reduces the direct effects of fossil fuels price increases Integrated additional heater avoids the need for a supplementary heat source Easy to operate text display menu Excellent Coefficient of Performance ratings give a better return on investment Scroll compressor generates a flow temperature of up to 65°C >>>
    View the product on andersheating.co.uk Anders Heating Co. Limited / REHAU Limited
    HEAT PUMP

    HEAT PUMP

    TURN KEY SOLUTIONS FOR ALL TYPES OF PROPERTIES! Heat pumps represent the most efficient way of heating and cooling properties using renewable energy. The energy source is thermal energy which is taken from the ground or the air outside. Heat pumps can be used in both existing and new built properties. The pay back time for investing in a heat pump can vary depending on the circumstances however, in the long term you will find that it is a very good investment. Not only will you be less dependent on increasing energy prices, you will be making a big difference in the amount of carbon emitted. Read more about how it works: How does it work? >>>
    View the product on betterplanet.co.uk Better Planet Ltd
    SUNJET 180B SOLAR PUMP WITH BATTERY

    SUNJET 180B SOLAR PUMP WITH BATTERY

    Sunjet 180B solar pump with battery - Free delivery Mini water pump powered by solar energy - Create your own water feature - Operates in direct sunlight during the day - Operates on battery power in variable weather conditions - Powered by a separate solar panel (supplied) - Our NEW ergonomic pump offers enhanced filtration and water-flow ensuring (providing) consistent long-term performance. - Low voltage water pump with filter - 10 ft : 3 m cable to solar panel - Maximum fountain height up to 12” : 30 cm - Water flow capacity: 47.5 g/h - No operating costs Spray = 30cm Flow = 180lph >>>
    View the product on britisheco.com British Eco
    HEAT PUMP - THERMIA DIPLOMAT TWS

    HEAT PUMP - THERMIA DIPLOMAT TWS

    Thermia Diplomat TWS – Heat pump with increased hot water capacityThermia Diplomat TWS is a highly efficient heat pump for space heating and hot water production.Thermia has through the new technique TWS optimized the hot water production. TWS is an abbreviation of Tap Water Stratificator and this technique has resulted in a more efficient heat transfer and stratification of the water in the hot water tank.The increased volume of the tank, 180l, together with the improved hot water production results in a substantially increased capacity of hot water.In Thermia Diplomat TWS we make use of the latest technologies. The advanced scroll compressor, specially developed for heat pumps, is one of them. The effective heat exchanger and sub-cooler that help to extract additional heat are two other examples. The Thermia Diplomat TWS is very easy to operate through the advanced but user-friendly controller. With the control and monitoring system Thermia Online (accessory) you can regulate your heat pump as you please, anytime, wherever you are and where you have an Internet connection. In the case of an alarm event a message will immediately be sent to you and/or your installer through an email or SMS.Thermia Diplomat TWS is available in the output range 6 – 16 kW.With Thermia Diplomat TWS you will reduce your heating costs and have a reliable, convenient and environmentally friendly heating solution. >>>
    View the product on ecoheatpumps.co.uk Danfoss Heat Pumps UK formerly Eco Heat Pumps Ltd
    PUMP - NIBE PKM 10/20

    PUMP - NIBE PKM 10/20

    • Developed for the use of the NIBE FIGHTER 1140 and 1240 • Controled by the microprocessor by the heatpump (no external control nessesary) • Heat exchanger in the System (no brine in the Heating system) • Free cooling and hot water at the same time • Heating and cooling switch in one unit • No brine in the heating system • Free cooling with a minimum use of a electrical energy • Environmental friendly • Easy to install • Low running costs • Good value complete system About PKM The passive cooling module (PKM) consists of a compact unit with integrated separation heat exchanger, circulation pump as well as regulating valves. PKM makes the passive cooling possible for a building over a suitable surface heating (floor, winding or ceiling heating) or a fancoils. The brine water circle is running separately from the cool and/or heating circle. PKM can cool if necessary and at the same time and prepare warm industrial water. The integrated circulation pump is only used if the free cooling is used. There to the electrical cooling energy needed, only the driving power of the circulation pumps. Therefore the system works with high energy-saving and environmental friendly. For free / passive cooling by the use of brine or groundwater systems is the suitable warming and/or cooling source. The brine can feed the energy entry into the soil and provides in such a way for an optimal energy use in the cooling. The NIBE system program offers extensive combination options matching different demands on energy savings solutions - here only some: >>>
    View the product on encompas.co.uk Encompas Limited
    BWARM I AIR SOURCE HEAT PUMP

    BWARM I AIR SOURCE HEAT PUMP

    The BWarm i units are a range of heating optimised air source heat pumps which use renewable energy to heat a home and provide domestic hot water with the same specification as the BWarm range yet with a water flow temperature up to 65°C. An energy efficient alternative to traditional heating methods, the units extract the ambient air from outside a home and transform this in an electrically powered heat exchanger to achieve an energy output of up to 5 times that of the energy input. (the COP, Coefficient of Performance). In addition to delivering a very low cost heating and hot water solution the units have minimal carbon emissions of just 50% of traditional boilers and 30% of electric heating methods due to the use of free renewable energy. The units are easily installed, have low maintenance requirements, are kind to the environment and have a 20 year expected life. Heating Optimised Nominal 9kW output (BWarm 9000i) and 13kW output (BWarm 13000i). Up to 5.0 COP (Coefficient of Performance) Low energy costs Water flow temperature up to 65°C Provides high CO2 emissions savings Renewable energy Low capital cost Easily installed Flexible siting Operates down to -20°C Microprocessor control Latest compressor technology Incorporates circulating pump >>>
    View the product on heatking.co.uk HeatKing
    BRINE|WATER HEAT PUMP - HEAT PUMP SETS 20-32 KW

    BRINE|WATER HEAT PUMP - HEAT PUMP SETS 20-32 KW

    Tied power packs. The heat pump set comprises two modular heat pumps with a compact installation and the WPM heat pump manager. This modular design enables accurate matching to the prevailing heat demand. Optimally matched accessories ensure a rapid and easy installation of the entire heat pump system. The most important features Five different sets Heating flow temperature up to 60 °C Extremely quiet operation Easy and quick installation >>>
    View the product on stiebel-eltron.com Stiebel Electron
    HEAT PUMP - THERMIA DIPLOMAT TWS ES

    HEAT PUMP - THERMIA DIPLOMAT TWS ES

    Heat pump with increased hot water capacityThermia’s Diplomat TWS ES is an extremely economical and reliable heat pump. It is available in output capacities from 4 – 12 kW and has been specially developed to run from 230V single-phase power supplies. It has a built in 180 litre hot water tank that with the new TWS water heating technique produces domestic hot water at temperature above 60°C. Thanks to the use of latest technologies the Diplomat has many convenient features. They include the quiet scroll com-pressor, highly efficient plate heat exchangers and an additional sub-cooler that extracts additional energy. The controller is very simple to operate. Users can easily regulate the indoor temperature, change settings, track temperature changes and much more. The Diplomat’s heating control strategy is weather compensated. This means that the heat pump always operates in the most energy efficient way and never produces hotter water than your heating system needs to maintain your desired indoor temperature. This gives you huge savings over the lifetime of the system. The new control and monitoring system Thermia Online (optional accessory) also allows you to regulate and monitor your heat pump any time you please across the Internet. Our production is of course certified to ISO 9001. >>>
    View the product on ecoheatpumps.co.uk Danfoss Heat Pumps UK formerly Eco Heat Pumps Ltd
    PUMP - NIBE FIGHTER 1240

    PUMP - NIBE FIGHTER 1240

    The FIGHTER 1240 has been equipped with a control panel which offers plenty of functions. The novelties are: • Larger control panel with clear symbols • The easily understandable control simplifies the control and operation of the heat pump • Double heat curves • Programmable for climate and cooling control • Clock • Timer for temperature control • Timer for hot water function • Prepared for GSM- and Internet-integration • Control unit for swimming pools • Alarm logbook • Choice of language • Soft start relays • Prepared for the configuration of four different installation systems • Display of the refrigerant temperature NIBE FIGHTER 1240 is a complete heat pump unit for heating single-family houses. This type of unit is available in seven different variants with output levels from 5 to 12 kW. The efficiency of the FIGHTER 1240 is high, thanks to a highly efficient compressor in a well-dimensioned refrigerant circuit. This results in the considerable coefficient of performance (COP) of 5,0 at 0 °C incoming cooling medium temperature and 35 °C outgoing heating medium temperature (including circulation pumps). The FIGHTER 1240 is designed in such a manner, that the compressor and the refrigerant unit is housed in a separate enclosure for easier servicing. As a result the compressor features double sound-proofing, resulting in very low noise levels. Both the circulation pumps are built-in and the heat source circuit can be connected to the left or right-hand side of the unit. Dirt filters are also included in the contents of delivery. The FIGHTER 1240 is fitted with a 160-litre (available in different corrosion protection), double-jacket hot water heater, which is insulated with polyurethane foam to minimise heat loss. The built-in three-stage cartridge heater can be switched on automatically if needed. The unit can be connected to a low-temperature distribution system such as radiators, convectors or underfloor heating. The FIGHTER 1240 is fitted with a microprocessor to ensure optimal and safe operation. Clear information about status, running time and all essential temperatures in the heat pump are presented on a two-line LCD display. This means that external plant thermometers are not necessary. The complete FIGHTER 1240 is enclosed in a robust frame and thanks to sturdy outer panels and effective sound insulation the unit is so quiet, that it does not have a negative effect on living comfort. To ensure simple installation and easy service most panels can easily be removed. It is possible to cool via the heat source on hot summer day. >>>
    View the product on encompas.co.uk Encompas Limited
    AIR SOURCE HEAT PUMPS

    AIR SOURCE HEAT PUMPS

    Air source heat pumps An air source heat pump extracts heat from the air, even when the temperature is as low as -20oC. In the UK average winter temperatures are around 5oC. In an air source heat pump system there are three independent circuits: the outside air, the refrigerant circuit and the building’s water based heat distribution system. They are connected via two heat exchangers within the heat pump which transfers the low grade heat from the air into useable heat to heat the building. Air source heat pumps require a buffer tank as part of the installation. Most have a defrost cycle. They are not as efficient as a ground source heat pump, but benefit from lower installation costs. Some models of air source heat pump can also operate in reverse mode to provide active cooling. An air source heat pump can be positioned inside the property on a corner wall in say a garage or utility room. This model includes an integrated buffer tank and it can provide heat for an underfloor or radiator system (at up to 58oC) as well as providing most of the heat for domestic hot water purposes. Matching hot water cylinders are available. Air source heat pumps can also be situated externally. They can produce heating water flow up to 55oC. The thermal output of air source heat pumps extends to 11kW on single phase electricity or 28kW where three phase power is available. >>>
    View the product on geowarmth.co.uk Geowarmth Heat Pumps
    BWARM AIR SOURCE HEAT PUMP

    BWARM AIR SOURCE HEAT PUMP

    Heating Optimised Nominal 6kW output (BWarm 6000), 8kW output (BWarm 8000), 12kW output, (BWarm 12000) and 13kW output (BWarm 13000i). Up to 5.0 COP (Coefficient of Performance) Low energy costs Provides high CO2 emissions savings Renewable energy Low capital cost Easily installed Flexible siting Operates down to -20°C Microprocessor control Latest compressor technology Incorporates circulating pump >>>
    View the product on heatking.co.uk HeatKing
    WATER|WATER HEAT PUMP - HEAT PUMP SETS 26-44 KW

    WATER|WATER HEAT PUMP - HEAT PUMP SETS 26-44 KW

    Tied power packs. The heat pump set comprises two modular heat pumps with a compact installation and the WPM heat pump manager. This modular design enables accurate matching to the prevailing heat demand. Optimally matched accessories ensure a rapid and easy installation of the entire heat pump system. The most important features Five different sets Heating flow temperature up to 60 °C Extremely quiet operation Easy and quick installation >>>
    View the product on stiebel-eltron.com Stiebel Electron
    PUMP - NIBE FIGHTER 1330

    PUMP - NIBE FIGHTER 1330

    Advanced Heat Pump for large residential and commercial installations NIBE FIGHTER 1330 is a heat pump for heating larger buildings such as multi-family houses and large scale industrial plants. Soil, brine or ground water can be used as an energy source. FIGHTER 1330 is a flexible product with advanced control equipment which offers a multitude of system solutions. FIGHTER 1330 can run at two different flow temperatures – if necessary with double heat curves. It is furthermore prepared for controlling an oilfuelled or electric boiler. This heat pump can be controlled in a heating system as either a “master” or “slave”. FIGHTER 1330 is manufactured in three versions; these feature an output of 23, 31 and 39 kW. Due to the two highly effective scroll compressors in a refrigerant circuit of suitable size, the FIGHTER 1330 achieves a high efficiency. With a heat factor (COP) of at least 4.3 * with an incoming cooling medium temperature of 0° C and an outgoing heating medium temperature of 35°C, the unit is an effective cost saver. The maximum flow temperature is 65°C with compressors only. The heat pump consists of two units which contain less than 3 kg refrigerant per unit. The two compressors, which are activated when they are needed, achieve a higher output control by increased operation intervals, which leads to less wear and increased operational safety. FIGHTER 1330 enables simultaneous production of heating water and hot water. The production of hot water is prioritised by the activation of one or both compressors. FIGHTER 1330 is constructed in such a manner, that the compressors and refrigerant circuits are encased in separate units, which ensures safe servicing. This double sound-proofing of the compressors results in very low noise levels. Circulation pumps and flexible hoses are fitted at the factory. Cooling medium and heating circuits are connected on the back of the device. Dirt filters are included in the delivery. The FIGHTER 1330 is fitted with a microprocessor to ensure optimal and safe operation. Clear information on condition, operation time and all temperatures can be read off from the LCD display. External plant thermometers are therefore not necessary. FIGHTER 1330 features a robust frame with a strong outer casing. Effective sound-proofing guarantees low noise levels and therefore increased living comfort. Detachable front and side panels make the installation and servicing easier. Nine FIGHTER 1330 can be connected together via a control unit to achieve an output of up to 360 kW. It is also possible to cool via brine on hot summer days. FIGHTER 1330 can be installed in different ways (see page 14 and www.nibe.com). Necessary accessories would be for example the room sensor “RG 10” or the equipment for hot water control “VST 11”, the temperature signal distributor “TSF 10” and other equipment. >>>
    View the product on encompas.co.uk Encompas Limited
    PUMP - NIBE FIGHTER 1140

    PUMP - NIBE FIGHTER 1140

    FIGHTER 1140 has been equipped with a control panel which offers plenty of functions. The novelties are: • Large control panel with clear symbols • The easily understandable control simplifies the control and operation of the heat pump • Double heat curves • Programmable for climate and cooling control • Clock • Timer for temperature control • Timer for hot water function • Prepared for GSM- and Internet-integration • Control unit for swimming pools • Alarm logbook • Choice of language • Soft start relays • Prepared for the configuration of four different installation systems • Display of the refrigerant temperature NIBE FIGHTER 1140 is a heat pump for heating single and multifamily houses and industrial buildings. The FIGHTER 1140 is a versatile product with advanced control equipment. The control is also prepared for bivalent heating mode in combination with an oil or gas-fired boiler. This heat pump type is available in the output range of 5 to 17 kW in nine versions. A cartridge heater is fitted in the factory installed electrical cartridge with 3 x 3 kW for 3 x 400 V and 3 x 2 kW for 230V. The efficiency of the FIGHTER 1140 is high, thanks to a highly efficient compressor in a well-dimensioned refrigerant circuit. This results in the considerable coefficient of performance (COP) of 5,0 at 0°C incoming cooling medium temperature and 35°C outgoing heating medium temperature (excluding circulation pumps). The FIGHTER 1140 is designed with the compressor and the refrigerant unit housed in a separate enclosure for easier servicing. As a result the compressor features double sound-proofing, leading to very low noise levels. Circulation pumps and flexible hoses are already built-in. The heat source and heating circuits are connected at the top of the unit for ease of installation. Dirt filters are also included in the contents of delivery. The unit can be connected to a low-temperature distribution system such as radiators, convectors or underfloor heating/wall mounted heating. The FIGHTER 1140 is fitted with a microprocessor to ensure optimal and safe operation. Clear information about status, running time and all essential temperatures in the heat pump is presented on a two-line LCD display. This means that external plant thermometers are not necessary. The complete FIGHTER 1140 is enclosed in a robust frame and thanks to sturdy outer panels and effective sound insulation the unit is so quiet, that it does not have a negative effect on living comfort. To ensure simple installation and easy service most panels can easily be removed. The following docking options are available: • Direct connection to a low-temperature radiator/underfloor heating system. The flow temperature is automatically matched to the actual outside temperature. Hot water can be heated in a separate water heater (type NIBE VPA) via a changeover valve. • Docking to an existing oil/gas/wood-fuelled boiler or accumulator tank with water heater. FIGHTER 1140 can be installed in different ways (see page 6 and www.nibe.com). The temperature of the heating system must be taken into account, because the upper temperature limit of heat pumps is lower than that of for instance oil or gas-fuelled boilers. Electrical cartridge (1-phase or 3-phase) is installed in the heat pump. Room sensors, hot water control and add-on units are available as accessories. It is possible to cool via the heat source on warm summer days (free cooling). >>>
    View the product on encompas.co.uk Encompas Limited
    BRINE|WATER HEAT PUMP - VENTILATION

    BRINE|WATER HEAT PUMP - VENTILATION

    For a luxurious climate. The ventilation module LWM 250 combines three decisive benefits. Firstly, it ensures a healthy air change thanks to its ventilation function and protects against moisture damage, particularly low energy houses. Secondly, it reduces heating costs as latent energy in the extract air is withdrawn and transferred to the brine circuit. This results in a requirement for only a small ground probe, thereby reducing installation costs. The most important features Heat recovery from the extract air Reduced heating costs For healthy air changes Protection against moisture damage >>>
    View the product on stiebel-eltron.com Stiebel Electron
    BRINE|WATER HEAT PUMP - COMFORT SERIES 6-16 KW

    BRINE|WATER HEAT PUMP - COMFORT SERIES 6-16 KW

    bundle of energy. The WPF heat pump is a powerful energy provider for DHW and central heating. With its integral heating control unit, circulation pump, safety valve and integral heating cartridge, this unit is virtually ready for a basement installation. The heat pump also adapts very well to cramped conditions. Thanks to its compact design, the WPF is just as efficient in its use of space as it is in its use of energy. The striking design also draws attention to the special qualities of this powerful heat pump. The most important features Five output sizes Integral heat pump control unit Heating flow temperature up to 60 °C Extremely quiet operation >>>
    View the product on stiebel-eltron.com Stiebel Electron
    BRINE|WATER HEAT PUMP - COMPACT SERIES 6-13 KW

    BRINE|WATER HEAT PUMP - COMPACT SERIES 6-13 KW

    Close to the earth. The WPC brine|water heat pump is a fully functioning complete solution for DHW and central heating. The system draws its heating energy from a geothermal probe located in the ground. The WPC already contains a 200 litre cylinder underneath its noise-insulated external skin. All safety and control components for a fully automatic operation are already integrated into the design. The heat pump requires minimum effort to install, even in very tight spaces. The most important features Four output sizes Integral DHW cylinder Easy to install and operate Heating flow temperature up to 60 °C Integral heating circuit pump Extremely quiet operation >>>
    View the product on stiebel-eltron.com Stiebel Electron
    BRINE|WATER HEAT PUMP - MODULAR SERIES 400 KW

    BRINE|WATER HEAT PUMP - MODULAR SERIES 400 KW

    Heat provision in a grand style. The new WPF series has been specifically for heating larger residential units, commercial and industrial buildings. It lets the clear cost benefits of a modern heat pump heating system also move into properties with an energy demand up to 400 kW. Up to six individual modules can be combined into a finely stepped cascade. That way, output can be ideally matched to the demand of almost any building. STIEBEL ELTRON, together with a competent trade partner, will support your project from the initial consultation and engineering, right up to commissioning. The most important features Individual devices in five output stages Heat pump cascades up to 400 kW Heating flow temperature up to + 60 °C Space-saving concept - two modules can be stacked Optional remote monitoring by PC Modern, robust design >>>
    View the product on stiebel-eltron.com Stiebel Electron
    BRINE|WATER HEAT PUMP - MODULAR SERIES 10-16 KW

    BRINE|WATER HEAT PUMP - MODULAR SERIES 10-16 KW

    Output and efficiency take top priority. The modular WPF range is a brine|water heat pump system that is capable of delivering renewable energy to buildings on a much larger scale. The combination of up to six heat pumps means that the system can deliver a combined output of up to 100 kW. That makes it perfect for heating larger buildings or apartments for example. The system meters out its heating output via up to two controllers, making the system control very easy indeed. The modules can be matched, stage-by-stage, to your individual requirements, to deliver an energy supply solution for DHW and central heating which is tailor-made under ecological and economical aspects. The most important features Three output sizes Heating flow temperature up to 60 °C Extremely quiet operation Suitable for cascade control for a higher output requirements >>>
    View the product on stiebel-eltron.com Stiebel Electron
    WATER|WATER HEAT PUMP - COMFORT SERIES 7-17 KW

    WATER|WATER HEAT PUMP - COMFORT SERIES 7-17 KW

    Neat energy. The WPW heat pump draws its heating power from the energy stored in groundwater. Through an appropriately sized on-site well, this heat pump exploits a practically never-ending energy source. After all, there is an abundance of groundwater as an energy carrier. It also has a relatively constant temperature throughout the whole year, as a result of which the heat pump can deliver high efficiency, even when it is extremely cold. In heating mode, the heat pump manager controls all of the relevant functions in the system. The WPW heat pump will surprise you with its quietness, which is due to its excellent quality and highly effective sound insulation. Together with the diverter valve for DHW heating, the heat pump is delivered fully equipped. The most important features Four output sizes Integral heat pump control unit Heating flow temperature up to 60 °C Extremely quiet operation >>>
    View the product on stiebel-eltron.com Stiebel Electron
    WATER|WATER HEAT PUMP - MODULAR SERIES 13-22 KW

    WATER|WATER HEAT PUMP - MODULAR SERIES 13-22 KW

    Teamwork. The modular series brings its strengths to the fore wherever a single water|water heat pump cannot deliver quite enough energy to cover the heating requirements of a whole house. It enables several heat pumps to be combined with each other. Thanks to this combination of individual units, an overall heating output of up to 140 kW can be generated. The integral controllers for the individual modules are coordinated so that the individual units act as one - just as if they were a single heat source. The most important features Three output sizes Heating flow temperature up to 60 °C Extremely quiet operation Suitable for cascade control for a higher output requirements >>>
    View the product on stiebel-eltron.com Stiebel Electron
    CLOSED LOOP VERTICAL BORE HOLES

    CLOSED LOOP VERTICAL BORE HOLES

    Closed loop vertical bore holes Bore holes around 150mm wide are drilled at depths of up to 150 metres and loops of pipe inserted in each borehole which is then filled and sealed with a thermally enhanced grout. This is a more expensive method than horizontal ground collectors but boreholes can be installed where ground space is more limited and they can be put under a building. The number of boreholes required varies according to the geology of the area, the heating demands of the property and the size of the ground source heat pump. >>>
    View the product on geowarmth.co.uk Geowarmth Heat Pumps
    HORIZONTAL LOOP SYSTEM

    HORIZONTAL LOOP SYSTEM

    Horizontal loop system Loops of 20mm pipe are laid in a wider excavation, also 1,200mm deep. The layout resembles underfloor heating pipes. The length of these excavations is 35 - 40 metres and the width and number of loops of pipe used varies according to the heating demands of the property. Whilst this system may appear to require more earth to be moved, with a larger excavator it is often as quick as digging trenches which can collapse and require redigging in wet weather. >>>
    View the product on geowarmth.co.uk Geowarmth Heat Pumps
    OPEN LOOP SYSTEMS

    OPEN LOOP SYSTEMS

    Open loop systems In an open loop (or water to water) ground source heat pump scheme, ground water is abstracted, usually from an aquifer or possibly from a river and passed through the heat pump before being returned to the ground. A constant supply of water is needed. This type of ground source heat pump system is highly efficient because of the relatively high temperature of ground water, but the installation can be more complex and require regulatory approval. Open loop ground source heat pump systems are usually confined to larger commercial buildings rather than domestic properties. >>>
    View the product on geowarmth.co.uk Geowarmth Heat Pumps
    POND LOOPS

    POND LOOPS

    Pond loops Heat can be extracted from lakes or ponds: the bottom of a lake is the warmest part in the winter. Coils of pipe are laid just off the bottom of the lake. Sometimes lakes are built for the purpose as in the example on the left or the loops can be sunk in to existing ponds. The pipes are installed in protective cages when the lake is used for fishing. Only a small pond is required to heat a typical house: say 120 cubic metres as the minimum all year round volume for a modern 3 bedroom house. If there is flow through the pond this further helps the system. Loops can also be laid in rivers but this may require regulatory approval and methods of fixing to cope with rivers in flood. >>>
    View the product on geowarmth.co.uk Geowarmth Heat Pumps
    SLINKY TRENCH SYSTEM

    SLINKY TRENCH SYSTEM

    Slinky trench system Coils of 32mm diaameter polyethylene pipe, often referred to as slinkies, are laid in trenches 1,200mm wide and 1,200mm deep. The length of the pipe and number of trenches varies according to the heating needs of the property. Each trench is usually between 30 and 50 metres long. A typical 3 bedroom house may require around 3 trenches. Expressed another way a modern well insulated property of say 200m2 floor area would require trenches with a total length of around 100 metres which would be subdivided in to 3 trenches. The trenches can be curved to fit the contours of the grounds of the property and can for example go around the sides of the property. >>>
    View the product on geowarmth.co.uk Geowarmth Heat Pumps




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