Microwell swimming pool heat pumps are designed for heating or cooling the water in pools and hot tubs at minimum operational costs.
HP 1100 Green is a powerful heat pump suited for pools up to 40m3 in volume.
HP 1100 Green provides 12.4 kW of heating capacity at conditions of air temperature 27°C, water temperature 15°C and air humidity 80%. This heat pump can provide up to 10.8 kW of heating at typical seaside conditions of air temperature 26°C, water temperature 26°C and air humidity 80%. At typical island conditions of air temperature 26°C, water temperature 26°C and air humidity 63% the heat pump provides with 9 kW. At dry conditions with humidity 35% the pump reaches above 8.4 kW heating output.
HP Inverter technology
Inverter technology enables powerful yet quiet performance of Microwell heat pumps, while minimising the energy consumption. New Microwell models come exclusively with R32 gas.
Heat and cool with one device. Heat pump HP 1100 Green is designed for heating and cooling. The control is very simple. When you set your desired water temperature, the heat pump will automatically heat or cool to keep your desired temperature. HP 1100 Green provides with up to 7.6 kW cooling output.
Highly efficient ecological refrigerant
Reducing Global Warming & Ozone Layer Depletion by HP production The quantity of R32 refrigerant used is significantly lower as compared to the R410A refrigerant. Consequently, this results in decreasing the potential of global warming and minimal depletion of the ozone layer. That´s why Microwell developed the new generation of swimming pool heat pumps, working on the principles of R32 refrigerant with higher capacity.
High efficiency. Swimming pool heat pump is designed to compensate higher investment costs by very low operational costs compared to electric or gas heater. Microwell heat pumps are designed for a maximum efficiency reaching COP values up to 7. Efficiency of the heat pump is a ratio between power consumption (energy you pay) and actual heating or cooling output (energy you receive). With electric heater, the ratio is 1=1, i.e. what you consume and pay you get in the form of heat. Gas heaters may reach efficiency of 1.3. Heat pump’s COP of 7 means that you pay for 1kWh and you get 7kWh of energy. In cooling mode the heat pump provides with solid ratio of 4. Heat pump’s advantage is that it is independent from sun, day or night and weather. Currently the heat pump is the most efficient way of water conditioning in pools or hot tubs.
How is heat pump so efficient? Microwell HP 1100 Green heat pump is able to extract the heat/cold that is present in ambient environment and leveraged pass it into the pool water. If you take your refrigerator, it creates cold inside the fridge by releasing the heat from the back. Heat pump takes the heat (energy or calories) from ambient air and transforms it into the water. The surrounding air cools down in the process. When working in cooling mode, the excessive heat from water is passed into surrounding air. When heating, higher the ambient air temperature is, more free energy can the heat pump extract and thus reach higher efficiency. At favorable conditions you pay around 15% of heat, i.e. 85% of heat is free. Microwell heat pump is built on currently the most eco-friendly refrigerant R32.
Extraordinary INVERTER line. Microwell GREEN INVERTER Pro swimming pool heat pumps provide warm pool:
- At lowest cost possible
- In shortest possible time
- With lowest noise possible
HP 1100 Green is equipped with Microwell unique microECONOMY+ feature offering the most economy circulation pump control. Microwell swimming pool heat pumps can be connected to existing water system (filtration) or it can have an individual circulation pump. A swimming pool heat pump needs continuous water flow to heat or cool. HP 1100 Green tells the circulation pump when heat pump needs to heat or cool. The circulation is turned on and off according to this request. Microwell applies specially designed software that will sample the water and also put the whole system into sleep for the time when heating or cooling is not required. This saves precious energy and results in lower operational costs of the pool.
Full year heating. HP 1100 Green is also designed for a full year heating, particularly winter time. Typical winter can experience air temperatures -15°C. Heat pump thus needs to be protected against possible frost damage and equipped with systems that will keep the heat pump’s performance at desired level.
Long livelihood. Microwell swimming pool heat pumps are designed for 15+ years livelihood. The product requires minimal maintenance. You only need to ensure cleanness of air exchanger from leaves, dust and other particles.
Titanium. Amount of titanium is very important to a swimming pool heat pump. The amount talks about the actual heat transfer area, i.e. power and efficiency of each heat pump. Microwell is proudly using 40% more titanium in heat pumps’ water exchangers. This maximizes the performance and efficiency COP&EER far ahead of others. HP 1100 Green uses 0.52m2 of titanium whereas others use less than 0.25m2.
Microwell heat pump is only 658mm high, 961mm wide and 340mm deep. This saves space and does not protrude in the garden.
Microwell HP 1100 Green consumes on average 1.71kW while heating to 9 kW (air temperature 26°C, water temperature 26°C, relative humidity 63%) at 29.4dB(A) only confirms how well designed and manufactured the pumps are.
Extra features. Microwell is continuously focusing on customers’ demands and wishes. Each heat pump is equipped with special features unique about Microwell heat pumps.
antiVIBRATION+ offering special set of mounting silent blocks eliminating excessive vibration and noise.
ultraQUIET+ offering exceptional silence of the unit eliminating any excessive noise.
easyINSTALL+ Heat pump is designed as plug-n-play device.
WINTER module allowing the pump to work down to -15°C of ambient air temperature.
Condensate tray defrost and Heat exchanger frost protection to complete the winter package and operations down to -15°C of ambient air temperature.
Typically, the unit is in stock near you. Due to many different ways the unit can be tailored on demand, it may take up to 10 days to deliver the unit to you.
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