water source heat pump technology
Ground source heat pump central air conditioning system is based on rock and soil, groundwater or surface water for low temperature heat source, from the water source heat pump unit, geothermal energy exchange system, the building system composed of heating and air-conditioning system. Under the irradiation of the sun, the earth becomes a huge storage of solar energy, and a large amount of clean and renewable energy is stored in the shallow water and rock soil.
In winter, the heat pump unit absorbs heat from the ground source (shallow water body or rock soil mass), and heats up the building. In summer, the heat pump unit absorbs heat from the room and transfers it to the ground source.
According to the different forms of heat exchange system, ground source heat pump system is divided into the groundwater source heat pump system and surface water source heat pump system and ground source heat pump system.
The ground source heat pump includes the way of pumping groundwater, the way of burying pipes, the way of extracting the water from the lake or the river, and so on. The method of extracting the water from the lake or river is the lowest cost, the most expensive way to bury the pipes, but the best.
As long as there are enough field can be buried pipeline (underground heat exchanger) or the government allows the extraction of groundwater should be given priority to choose ground source heat pump central air conditioning. Ground source heat pump central air conditioning energy saving is by so underground energy for the ground source heat pump technology, underground energy or for solar energy, "our feet have oil" this sentence is too good, also very image. But the air heater can also have some unique advantages that other products can not match.
air source heat pump technology
Air source heat pump technology is a kind of energy saving and environmental protection heating technology which is based on the principle of reverse Kano cycle. The air source heat pump system can obtain the low temperature heat source through the natural energy (air heat storage), and then the high temperature heat source is integrated into a high temperature heat source which is used for heating and supplying hot water.
The heat pump has four advantages, the first is energy saving, is conducive to the comprehensive utilization of energy, the second point is conducive to environmental protection, third is the combination of hot and cold, the equipment utilization rate is high, save investment fourth, because it is the electric drive, so it is convenient to control, so the pump is everyone's concern.
A heat pump energy technology in twenty-first Century, through the form of heat pump, energy efficiency can be enhanced by the use of energy efficiency, has two meanings, from the environment perspective, can reduce greenhouse gas emissions, reduce the harmful factors on the environment, on the other hand, is to solve a technical high power load.
Using the inverse heat pump principle of Kano, with very little power, absorbing a large number of low-temperature heat in the air through the compressor compressed into high temperature heat transfer to the water tank, hot water heating, so it has low energy consumption, high efficiency, high speed, good safety, strong environmental protection, Everfount hot water supply.