Electric energy service management platform based on two-level deployment and multistage application mode

Abstract

The invention provides an electric energy service management platform based on a two-level deployment and multistage application mode. The electric energy service management platform comprises a headquarter stage platform, a provincial level platform and an enterprise master station, wherein the headquarter stage platform and the provincial level platform realize information interaction and information sharing through Ethernets and switches in the power information intranet; the enterprise master station is connected with the provincial level platform through a wireless operator public network APN / VPN, a security access platform and the Ethernet. The electric energy service management platform based on the two-level deployment and multistage application mode has the advantages of clear structural division, excellent operating performance, high service extensibility and low operating maintenance risk and is a modular, distributed and intelligent integrated electric energy service management platform provided with service function modules such as a DSM (Demand Side Management) target responsibility assessment module, an orderly power utilization management module, a demand response module, a power sale market analysis module, an energy utilization service module, an energy-saving service management module, an energy utilization acquisition management module and a knowledge base module.

Description

technical field [0001] The invention relates to an electric energy service management platform, in particular to an electric energy service management platform based on two-level deployment and multi-level application modes. Background technique [0002] At present, international power companies mainly carry out energy efficiency testing and energy saving services through the application of real-time data collection products based on testing instruments and meters, model-based energy consumption performance analysis and alarm software products, but have not yet carried out comprehensive energy efficiency evaluation quantitative indicators as optimization. Objective, research on complex nonlinear optimization problems with power load control as constraints. [0003] In terms of energy consumption statistics and evaluation indicators, western countries have extensively carried out energy conservation work to understand in detail the energy consumption status of different types...

AI Technical Summary

Problems solved by technology

[0011] In short, China's existing energy conservation monitoring management and energy efficiency assessment are still in their infancy, lacking systematic theoretical methods and standards, no advanced energy efficiency monitoring management based on system comprehensive energy efficiency assessment, and no integration of power load management with energy-consuming equipment and energy consumption. The technical means of combining efficient operation of the system has not yet reached the stage of improving the overall comprehensive energy efficiency utilization

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