Industrial enterprise power utilization load optimizing system

Abstract

The invention discloses an industrial enterprise power utilization load optimizing system which belongs to the field of enterprise power load scheduling. The industrial enterprise power utilization load optimizing system is characterized in that hardware comprises a relationship database server, an application server, a client end PC, a real-time database server and the like, wherein the application server is connected with the real-time database server for carrying out data interaction, the application server is connected with the relationship database for carrying out data storage and reading, the client end PC is connected with the application server for carrying out information interaction; and the application module comprises a data acquisition module, a data processing and storing module, a demand computing module, a parameter setting module, a demand predicting and controlling module, a load control scheme and alarm information managing module, a demand analyzing module and a time-sharing power rate analysis optimizing module. The invention has the advantages of a power utilization plane with minimum cost in further of the enterprise through demand analysis and time-sharing power rate analysis optimization, and the purposes of transferring peaks and balancing valleys, balancing loads, prolonging the service life of electric equipment, and reducing power utilization cost of the enterprise.

Description

technical field [0001] The invention belongs to the field of enterprise electric load dispatching, and in particular provides an industrial enterprise electric load optimization system. Background technique [0002] Industries such as iron and steel, electrolytic aluminum, and copper smelting are industries that consume a lot of electricity. Enterprise users in these industries are charged with the two-part electricity price of large industrial electricity. capacity electricity charge or demand electricity charge) and adjust electricity charge composition. The electricity cost is calculated according to the electricity consumption of the user in each period of peak and flat valley, according to the peak and flat valley rate; the basic electricity fee is charged based on the "maximum demand" of the substation in the current month (or 40% of the transformer capacity % of the fee charged); the adjustment of the electricity fee is a fee for rewarding and punishing according to ...

AI Technical Summary

Problems solved by technology

The above patents or products all monitor or control the demand of certain processes, workshops or equipment of the enterprise, and do not monitor the overall demand and load of the enterprise; they only monitor one kind of demand or time-sharing load, and there is no Considering both time-of-use electricity charges and basic electricity charges to seek the minimum total electricity cost

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