Like any other heat pumps, absorption heat pumps work on the principle of heat transfer from a lower thermal potential to a higher one. We propose modified absorption devices with a modified absorption cycle and, in particular, the concentration of the LiBr solution to transfer heat using a propellant in the form of thermal energy.
These heat pumps can use heat from refrigeration plants, chemical and steel plants, hot water above 90°C, steam and various industrial exhaust gases above 280°C. All this can meet the needs of the surrounding buildings.
An endothermic heat pump with a heat source (steam, hot water, flue gas, gas) as the driving force of the absorption process, lithium bromide solution as an absorbent and water as a coolant, allows recirculation of temperatures above 15 degrees, thus meeting hot water needs (up to 90 °C) and ensuring heat transfer from cold to warm.
Our units can cool, heat and produce hot water. The combined cooling and heating efficiency COP is 2.3 and more, only heating COP is up to 1.8.
Use of heat pumps
The devices can be designed individually, taking into account the wishes of the customers. One device can meet the heating needs of 30-400 thousand square meters.
Use in thermal power plants
Using water from the primary heat network as driving energy, based on the heating quality assurance of the secondary heat network, the temperature of the return water of the primary heat network is reduced to below 30 ℃.
It can increase the thermal power of a cogeneration plant by 30%, reduce energy costs by 40%, and increase the power of the existing heat network by 80%.
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