Integrated energy tower heat pump

Abstract

The invention relates to the field of energy tower heat pumps, in particular to an integrated energy tower heat pump. The integrated energy tower heat pump comprises an energy tower and a heat pump, wherein the energy tower is connected with the heat pump and is arranged on the heat pump. A refrigeration compressor set and the energy tower are integrally installed, so that the installation construction cost of a pipeline between the refrigeration compressor set and the energy tower is saved. The integral structure is characterized in that the refrigeration compressor set and the energy tower are arranged in a whole, so that a circulation pipeline is avoided, the lift is eliminated, the operation electric charge of a spraying and spraying circulating pump is reduced, the one-time investmentof the energy tower heat pump is greatly reduced, and the market competitiveness and operation efficiency of the energy tower heat pump is improved.

Description

technical field [0001] The invention relates to the field of energy tower heat pumps, in particular to an integrated energy tower heat pump. Background technique [0002] In the existing energy tower heat pump systems, the energy tower is configured outdoors and mostly installed on the roof, and equipment such as spray circulation pumps and refrigeration compressors are basically installed in the heat pump room. In particular, some energy towers are installed on the roof of buildings higher than the ground, which not only increases the investment cost but also greatly increases the head of the spray circulation pump, which leads to increased power consumption of the spray circulation pump and reduces the efficiency of the energy tower heat pump. . In addition, since the energy tower is installed on the roof of a building higher than the ground, a large amount of spray medium needs to be added to the reciprocating circulation pipeline, especially the antifreeze is expensive,...

AI Technical Summary

Problems solved by technology

In particular, some energy towers are installed on the roof of buildings higher than the ground, which not only increases the investment cost but also greatly increases the head of the spray circulation pump, which leads to increased power consumption of the spray circulation pump and reduces the efficiency of the energy tower heat pump.

In addition, since the energy tower is installed on the roof of a building higher than the ground, a large amount of spray medium needs to be added to the reciprocating circulation pipeline, especially the antifreeze is expensive, resulting in high system cost and increasing the cost of antifreeze treatment in the future

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