Remote management system and method of gas generator set

Abstract

The invention relates to a remote management system and a remote management method of a gas generator set. The system comprises software and hardware systems and adopts a modularized structure of B / S distribution mode. Installation and maintenance of the software and hardware are integrated at a monitoring server end and easy to implement and maintain. A client is only responsible for displaying in a user interface, and data processing is carried out at the monitoring server end so that the system can automatically monitor the operating state of a generator set network and alarm in a real time manner when the generator set is abnormal. The remote management system and the remote management method of the invention can be used to understand operation of the gas generator sets everywhere remotely and immediately, handle abnormalities immediately and generate an intuitionistic statistic form. The operation is simple and convenient, and the safety is high.

Description

technical field [0001] The invention belongs to the technical field of remote management of gas generating sets, and in particular relates to a remote management system and method for gas generating sets. Background technique [0002] my country's coalbed methane (commonly known as gas) resource reserves rank third in the world. Strengthening the comprehensive control of coal mine gas and accelerating the development and utilization of coal bed methane will help curb coal mine gas accidents, promote safe production in coal mines, increase the supply of clean energy, optimize the industrial structure, promote economic growth, and promote the healthy and sustainable development of the energy industry. [0003] At present, the gas power generation technology is relatively mature, but the gas generating sets are located in power plants or power stations in different geographical locations. When the management personnel are in different places, it is inconvenient to understand an...

AI Technical Summary

Problems solved by technology

[0003] At present, the gas power generation technology is relatively mature, but the gas generating sets are located in power plants or power stations in different geographical locations. When the management personnel are in different places, it is inconvenient to understand and manage the operation of each generating set in a timely and effective manner.

At present, most of the control systems of gas generating sets use distributed or distributed (TEM) industrial control computers. Generally, TEM, EAM, PLC, MCGS and other control systems are mainly developed by the gas generating set development company. The software and hardware environment Different, there is no network connection between different systems, no communication, let alone centralized management

Due to the strong field adaptability of the TEM, it is convenient for on-site debugging of the control program and the control parameters can be modified at any time when the unit is running; however, the existing state query, operation and maintenance of the gas generator need to be completed in the control room of the gas generator. Distributed in different geographical locations, bringing a lot of work to use and management

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