Two-system doubly-fed combined cooling, heating and power air conditioner serial and parallel-connected with decompression generator set

Abstract

The invention relates to a technology of a two-line doubly-fed combined cooling, heating and power air conditioner serial and parallel-connected with a decompression generator set, especially relates to a combined cooling, heating and power air conditioner serial and parallel-connected with a decompression generator set like or unlike a compression mechanical system in large and small reverse Carnot cycle air conditioning cooling and heating systems, utilizing excess cooling power and 'cooling and heating double-effect generation' of 'excess heating' and 'excess cooling', having a self-fed electric power cooling and heating air conditioner or a cooling and heating power output function, and ground erecting distributed or train attached distributed wind tunnels, and realizing total effect generation of 'compressor cycling - (decompression generator set) - heat pump - cold pump - attached decompression generator set three-cycle' of new energy sources such as air energy and solar energy.

Description

technical field [0001] The invention relates to a double-series doubly-fed cooling, heating and power triple air conditioner technology with anti-compression generator sets in series, especially in large and small air-conditioning refrigeration and heating systems with reverse Carnot cycle, series and parallel with compressors Equal or unequal anti-compression current limiting of the compression mechanical system and the use of excess refrigeration power and "excess heating" and "excess cooling" "cold and heat double-effect power generation", with self-feeding power heating and cooling air conditioning or both Cooling and heating output function, equipped with air energy, solar energy and other new energy "compressor cycle · (anti-compression generator set) · heat pump · cold pump · attached anti-compression generator set Three-cycle" full-efficiency power generation triple air conditioner with cooling, heating and power. Background technique [0002] At present, the flow s...

AI Technical Summary

Problems solved by technology

Only this "valve" consumes 80% to 90% of the compression work of the refrigeration (heat) compressor (otherwise, heating and cooling will not be possible). This huge waste is very common and inevitable. There are no exceptions for air conditioners, household air conditioners, air source hot water units, chillers, refrigeration units, etc.

According to the statistics of relevant departments, the peaks of electricity consumption in various regions mostly occur in summer and autumn. , not only the total power consumption is high, but also the annual running time is between six and nine months), resulting in a lot of waste... It is also because of the backwardness of the expansion valve flow system in the reverse Carnot cycle technology for a long time It cannot be solved, and it is impossible to open up a way to develop anti-compression energy in the system and realize recovery and reuse, and to further develop "excess heating" and "excess cooling" (that is, "air source · solar energy") energy and realize recovery and reuse Power generation, self-sufficient power generation, or self-sufficient power generation, which can output a large amount of electricity, has seriously affected the scientific and technological progress of the efficient development and utilization of natural energy such as air, sun, and geothermal for human beings all over the world.

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