Assembly type heat exchange station

Abstract

The invention discloses an assembly type heat exchange station, and relates to the technical field of heat exchange stations. The assembly type heat exchange station comprises a heat exchange controlunit, a water quality guarantee unit and a distribution balance unit. The heat exchange control unit comprises a first modular box body and a heat exchange control assembly arranged in the first modular box body. The water quality guarantee unit comprises a second modular box body and a water quality guarantee assembly arranged in the second modular box body. The distribution balance unit comprises a third modular box body and a distribution balance assembly arranged in the third modular box body. According to the technical scheme, the assembly type heat exchange station adopts an integrated system scheme, various devices, pipelines and matched valves of a conventional heat exchange station are integrated to form the three units according to functions, then the three units which are mutually independent are connected through pipelines, and therefore all the functions of the heat exchange station can be fulfilled. The assembly type heat exchange station can be directly installed in an indoor machine room and can also be combined with the building layout to be installed on the outdoor ground or a building roof, and machine-room-free installation is achieved.

Description

technical field [0001] The disclosure of the present invention relates to the technical field of heat exchange stations, in particular to a prefabricated heat exchange station. Background technique [0002] In recent years, with the large-scale construction of urban infrastructure, the new projects of urban rail transit projects, industrial buildings and civil buildings have also increased year by year, because new projects need to be equipped with corresponding heating facilities, and at the same time, for environmental protection and economy Considering two aspects, the construction of coal-fired, gas-fired, and oil-fired boiler rooms is severely restricted. Therefore, self-built regional heat exchange stations are the main heating facilities for various urban rail projects and industrial and civil construction projects. However, there are mainly three types of problems in conventional heat exchange stations. First, the degree of integration of equipment installation is lo...

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Problems solved by technology

However, there are mainly three types of problems in conventional heat exchange stations. First, the degree of integration of equipment installation is low. The various equipment in conventional heat exchange stations are scattered, occupy a large area, are installed independently, have many equipment interfaces, and have complicated equipment installation requirements. During the installation process, it is obviously restricted by the above-mentioned specialties and the actual construction conditions on site; secondly, the degree of integration of equipment debugging is low, the control requirements of different equipment manufacturers are inconsistent, the debugging is cumbersome, and the debugging cycle is long. In addition, during the debugging process, it is easy to avoid mutual blame and other problems, and system problems cannot be found in time; third, the equipment maintenance integration level is low, and equipment manufacturers only perform maintenance for their own products. When equipment fails, corresponding equipment manufacturers need to perform maintenance. High maintenance cost and difficult inspection

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