Simulation Platform for Source-load Control of Active Power Based on Modular Architecture

doi:10.16182/j.issn1004731x.joss.19-0566

Abstract

Abstract: The integrated proportion of wind power is increasing year by year, and the source-load coordinated control of active power can effectively improve the level of wind power consumption. In order to ensure the effective application of the strategy, a simulation platform based on modular architecture is developed for source-load control of active power, including SQL Server database, timing control module of data interaction, calculation module of source-load control strategy, and output display module. The simulation platform solves the automatic control of data interaction timing in the process of source-load control, and visualizes the effect of the source-load control, so that the simulation process is more similar to the actual control scene. The actual operation data of Hexi Power Grid in Gansu Province are simulated, which verifies the practicability of the platform.

Key words: high-energy load, source-load coordination, simulation platform, wind power consumption

CLC Number:

TM743
TP391

Hu Yang, Liu Wenying, Zhu Liping, Li Xiao, Wang Weizhou. Simulation Platform for Source-load Control of Active Power Based on Modular Architecture[J]. Journal of System Simulation, 2021, 33(3): 669-678.

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