Fuel gas energy comprehensive operation dispatching platform

Abstract

The invention discloses a fuel gas energy comprehensive operation dispatching platform which comprises a dispatching platform terminal, a gas quantity monitoring subsystem, a pipe network monitoring subsystem, an inspection monitoring subsystem and a comprehensive dispatching subsystem. The gas quantity monitoring subsystem, the pipe network monitoring subsystem, the inspection monitoring subsystem and the comprehensive dispatching subsystem are connected with the dispatching platform terminal; the gas quantity monitoring subsystem comprises a gas quantity real-time monitoring module, a plan execution monitoring module, a gas quantity history analysis module, a gas difference analysis module and a gas quantity composition analysis module. The fuel gas energy comprehensive operation dispatching platform has the advantages that analysis data of the gas difference analysis module are combined with various gas quantity comparison module on the plan execution monitoring module, accordingly,gas inlet, gas supply and gas storage data used by enterprises can be actually computed, the data can be submitted to the gas quantity history analysis module for summarizing historical gas quantities at first, curve graphs can be formed for analyzing the actual usage of the enterprises, the actual usage of the enterprises can be used as gas quantity reference for the enterprises in a next year,and the fuel gas energy comprehensive operation dispatching platform can have functions of effectively monitoring various data of gas quantities of pipe networks of the enterprises.

Description

technical field [0001] The invention relates to gas pipeline equipment, in particular to a gas energy comprehensive operation and dispatch platform. Background technique [0002] At present, there are intricate urban gas pipeline network structures in every city. These pipeline networks are usually complex in structure, and the gas pipeline layout is relatively large, and they need to be updated every year to remove unused pipelines and install new pipelines for landfill. The layout of gas pipelines changes every time period, and the existing gas companies cannot update the information in time when monitoring the gas pipeline network, and cannot follow up and analyze the plane distribution of the pipeline network to produce the latest data. Reports and unable to conduct summary analysis on historical gas pipelines and newly landfilled gas pipelines; it has a very large impact on the monitoring of gas pipelines in the entire region; and the existing system not only cannot mon...

AI Technical Summary

Problems solved by technology

[0002] At present, there are intricate urban gas pipeline network structures in every city. These pipeline networks are usually complex in structure, and the gas pipeline layout is relatively large, and they need to be updated every year to remove unused pipelines and install new pipelines for landfill. The layout of gas pipelines changes every time period, and the existing gas companies cannot update the information in time when monitoring the gas pipeline network, and cannot follow up and analyze the plane distribution of the pipeline network to produce the latest data. Reports and unable to conduct summary analysis on historical gas pipelines and newly landfilled gas pipelines; it has a very large impact on the monitoring of gas pipelines in the entire region; and the existing system not only cannot monitor the data of the pipeline network, but also cannot The real-time data and historical data of the gas volume in the network cannot be summarized and compared; and the comprehensive scheduling and inspection functions of the staff cannot be realized

Images