Integration system and method for integrated refrigeration station

Abstract

The invention discloses an integration system and method for an integrated refrigeration station. The integration system comprises a data collecting module, a three-dimensional simulation module and a equipment integration machining module. The data collecting module collects information and transmits the same to the three-dimensional simulation module. The three-dimensional simulation module comprises a water chilling unit, a cooling water pump unit, a refrigerating water pump unit and an auxiliary pipeline unit. The auxiliary pipeline unit is used for performing three-dimensional simulation modeling and simulation coordination on auxiliary pipelines and corresponding pipeline supports. The equipment integration machining module performs simulation coordination on three-dimensional models of the water chilling unit, the cooling water pump unit and the refrigerating water pump unit to obtain an ultimate three-dimensional simulation model of the integrated refrigeration station, and entity machining of the integrated refrigeration station is performed according to the three-dimensional simulation model. By the system and the method, floor space of the refrigeration station is reduced, equipment positioning and transportation are facilitated, filed construction difficulty is lowered, equipment of the refrigeration station operates coordinately, and the refrigeration station greatly approaches from an engineering project to a system integrated product.

Description

technical field [0001] The invention relates to an integrated system and an integrated method, in particular to an integrated system and an integrated method for a freezing station. Background technique [0002] The freezing station is mainly composed of chillers, chilled water pumps, cooling water pumps, cooling towers, constant pressure water supply and water treatment equipment, water collectors, pipelines, valves, cables, bridges and other equipment and materials. It is essentially a system engineering . At present, the project management of domestic refrigeration stations generally adopts the form of separate bidding for each equipment, and the installation of HVAC, strong and weak electricity, and is not organized according to system engineering. As a result, the construction methods of traditional domestic refrigeration stations are backward and occupy an area of There are a series of technical and management problems such as large size, long cross-site construction ...

AI Technical Summary

Problems solved by technology

At present, the project management of domestic refrigeration stations generally adopts the form of separate bidding for each equipment, and the installation of HVAC, strong and weak electricity, and is not organized according to system engineering. As a result, the construction methods of traditional domestic refrigeration stations are backward and occupy an area of A series of technical and management problems, such as large size, long on-site cross-construction period, multiple interfaces between many devices and between devices and controls, complex interface coordination process, and difficult maintenance and management

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