Demand side off-peak resource management system

Abstract

The invention discloses a demand side off-peak resource management system which comprises an off-peak data preprocessing module, a power consumption behavior analysis module, a refined user power consumption prediction module, an off-peak resource potential analysis module, an off-peak resource scheme arrangement module, a new energy service analysis module and a tramcar service analysis module. The off-peak data preprocessing module provides data drive for other modules; the power consumption behavior analysis module analyzes the power consumption mode and the consumption habit of the user; the refined user power consumption prediction module predicts user power consumption; the off-peak resource potential analysis module obtains the peak shifting potential of the user; the off-peak resource scheme arrangement module obtains a off-peak scheme according to an analysis result of the off-peak analysis module; the new energy service analysis module monitors the new energy data and generates a measurement report according to the new energy cost benefit and the off-peak output value; and the tramcar service analysis module monitors the condition of the tramcar. According to the invention, orderly peak clipping and valley filling are carried out, and the power grid pressure in the peak period of power utilization is reduced.

Description

technical field [0001] The invention relates to a management system driven by big data, in particular to a resource management system for demand-side staggered peaks. Background technique [0002] At present, the peak-to-valley difference of the average day-night power demand in most cities in China exceeds 60%, and the sharp increase in air-conditioning load has become an important reason for the deterioration of grid load characteristics and power shortage in summer. In order to ensure the safety of the large power grid, dispatching can only use the "ultimate" means of switching off the power. In 1996, State Grid Shanghai Electric Power finally found a feasible method - relying on the power load management system to monitor and control the city's power load. After 22 years of construction, the Shanghai Electricity Load Management System has 1 main station, 14 communication base stations, and nearly 28,500 load management terminals, basically covering the 10 kV and above p...

AI Technical Summary

Problems solved by technology

[0003] Purpose of the invention: The present invention aims to solve the above-mentioned deficiencies in the prior art, provide a resou

Images