斜坡式重力储能系统机械-电气综合仿真的多工具协同建模策略OA

Driven by the"dual-carbon"goals,sloped gravity energy storage systems have attracted significant attention due to their ability to balance fluctuations in renewable energy.However,the complex coupling between the mechanical and electrical subsystems of the system makes it difficult for a single modeling tool to meet the simulation requirements.This paper focuses on the mechanical-electrical integrated simulation of sloped gravity energy storage systems and discusses multi-tool collaborative modeling strategies.By analyzing the working principles and characteristics of sloped gravity energy storage systems,the necessity of multi-tool collaborative modeling is expounded.Commonly used modeling tools and their collaborative approaches are introduced in detail,providing theoretical support and methodological references for the research and optimal design of sloped gravity energy storage systems,so as to promote their development and application in the energy storage field.