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海上直流微电网效率与可靠性提升的最优控制策略

Optimal Control Strategy With Efficiency and Reliability Improvement for Offshore DC Microgrids

语言:

中文摘要

针对海上微电网远程运维困难及负载波动大的挑战,本文提出了一种旨在同时提升变换器效率与可靠性的最优控制策略。通过建立归一化非线性关系模型,优化了系统运行参数,有效解决了海上恶劣环境下直流微电网的稳定运行与长寿命需求。

English Abstract

Offshore microgrids, due to their remote location and lack of external energy support, face significant challenges in wide-range load operation and maintenance. Consequently, efficiency and reliability are critical concerns for converters in offshore dc microgrids. This article presents an optimal control strategy aimed at enhancing both efficiency and reliability. A normalized nonlinear relations...
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SunView 深度解读

该研究对于阳光电源的储能系统(如PowerTitan系列)及海上风电变流器业务具有重要参考价值。海上场景对设备的可靠性与运维成本极其敏感,文中提出的效率与可靠性协同优化控制策略,可应用于阳光电源的PCS双向DC-DC变换环节,通过优化开关频率或调制策略,降低功率器件损耗并延长系统寿命。建议研发团队关注该非线性建模方法,将其集成至iSolarCloud智能运维平台,以实现海上储能资产的精细化健康管理与最优调度。