← 返回

基于虚拟惯性的直流微电网功率管理策略

Power Management Strategy Based on Virtual Inertia for DC Microgrids

语言:

中文摘要

本文提出了一种用于直流微电网并网模式下的功率管理策略(PMS)。该微电网模型由通过构网型电压源逆变器(VSC)连接的交流电网、以及由电池组和双向DC-DC变换器组成的储能系统(ESS)构成,旨在实现电网支撑功能。

English Abstract

This article presents a power management strategy (PMS) to control the power flow in a dc microgrid operating in the grid-connected mode. The microgrid model is composed of the ac utility grid interfaced with a voltage source inverter operating as a grid-forming converter (VSC), an energy storage system (ESS) formed by a battery bank and a bidirectional dc-dc converter operating as a grid-supporti...
S

SunView 深度解读

该研究聚焦于构网型(Grid-forming)控制技术与虚拟惯性,与阳光电源的核心战略高度契合。在PowerTitan和PowerStack等储能系统产品中,引入虚拟惯性控制能显著提升系统在弱电网环境下的频率和电压支撑能力,增强电网稳定性。建议研发团队将该策略集成至iSolarCloud平台及PCS控制算法中,以优化储能系统在微电网及工商业储能场景下的动态响应性能,进一步巩固阳光电源在构网型储能技术领域的领先地位。