Optimized scheduling system for park integrated energy system

Abstract

The invention relates to an optimal scheduling system for a park integrated energy system. The optimal scheduling system comprises a power distribution network; the output end of the power distribution network is connected with the area distribution module, and the area distribution module is used for distributing and transmitting electric energy provided by the power distribution network to different areas. The output end of the area distribution module is connected with the electric energy calling module, and the area distribution module is used for calling and distributing the electric energy transmitted to the area; the output end of the electric energy calling module is connected with the electric energy metering module, and the electric energy calling module is used for metering and recording the called electric energy to facilitate subsequent statistics and data acquisition; the output end of the electric energy metering module is connected with the electric energy parameter control model and the historical electric energy recording module, and the electric energy metering module is used for integrating data such as current and voltage of metered electric energy, recording electricity consumption in a time period in detail and storing information. According to the invention, reasonable emergency adjustment can be made for emergency situations, and sufficient regional electric energy supply is ensured.

Description

technical field [0001] The invention belongs to the technical field of energy dispatching, and relates to an energy optimization dispatching system, in particular to an optimization dispatching system used for park comprehensive energy systems. Background technique [0002] The energy management system is an information management and control system aimed at helping industrial production enterprises plan and utilize energy reasonably, reduce energy consumption per unit product, improve economic efficiency, and reduce CO2 emissions while expanding production. The energy management system adopts a layered distributed system architecture to collect and process the building's electricity, gas, water and other classified energy consumption data, and analyze the building's energy consumption status to realize building energy-saving applications. Through various means such as energy planning, energy monitoring, energy statistics, energy consumption analysis, key energy consumption ...

AI Technical Summary

Problems solved by technology

[0003] In view of the comprehensive power consumption of the park, a reasonable power energy dispatching system is still needed to control to ensure that each area has sufficient power supply. Although the system in the prior art can reasonably dispatch energy, it cannot handle emergencies. Reasonable emergency adjustments will easily lead to insufficient supply of regional electric energy, and at the same time, it will not be possible to detect power supply problems in the park in time, which will easily cause losses to the park

[0004] After searching, no documents of the prior art identical or similar to the present invention were found

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