Network-based electromechanical equipment operating system and method

Abstract

The invention discloses a network-based electromechanical equipment operating system and method. The network-based electromechanical equipment operating system comprises a subsystem defining module, adata filling module, a project receiving module and a configuration control module, the subsystem definition module is used for defining a function module of each subsystem; the data filling module is used for configuring a port and a protocol of a field equipment detection and control point location; the project receiving module is used for receiving the uploaded functional equipment parametersof each subsystem; and the configuration control module is used for acquiring functional equipment parameters of each subsystem and calling the data filling module so as to acquire monitoring data anda control state of the field equipment and remotely configure the field equipment. By defining the function modules of the subsystems, monitoring the field equipment of the function modules of the subsystems in real time and remotely configuring the field equipment through the network, the purposes of improving the pertinence of a project, not depending on local hardware devices and systems, achieving flexible remote control and improving the expansibility and the adaptability to various working conditions are achieved.

Description

technical field [0001] The invention relates to the technical field of integral control of building electromechanical equipment, in particular to a network-based electromechanical equipment operating system and method. Background technique [0002] The whole life cycle management of buildings is getting more and more attention. The management of electromechanical equipment is an important aspect of building management. Building a suitable building electromechanical intelligent control platform can make building management more intelligent and reduce daily operation and maintenance work. , save labor costs, and can also establish a big data network foundation for electromechanical equipment, use big data to provide decision support, and realize the whole process of maintenance services, so as to cooperate with the maintenance of other electromechanical equipment of the building, and further realize the operation and maintenance management of the whole life cycle of the buildin...

AI Technical Summary

Problems solved by technology

[0002] The whole life cycle management of buildings is getting more and more attention. The management of electromechanical equipment is an important aspect of building management. Building a suitable building electromechanical intelligent control platform can make building management more intelligent and reduce daily operation and maintenance work. , save labor costs, and can also establish a big data network foundation for electromechanical equipment, use big data to provide decision support, and realize the whole process of maintenance services, so as to cooperate with the maintenance of other electromechanical equipment of the building, and further realize the operation and maintenance management of the whole life cycle of the building. Some of the existing network intelligent control platforms cover a large area and involve a wide range of areas, but the depth of involvement is shallow and the project is not targeted enough; some systems are highly targeted but rely on local software and local computers, which cannot be realized Cloud remote control

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