基于改进TOPSIS算法的低压多台区柔性互联运行评价方法研究OA
Research on Evaluation Method of Low Voltage Multi-Area Flexible Interconnected Operation Based on Improved TOPSIS Algorithm
为解决光伏高渗透低压台区的电压越限、三相不平衡等问题,引入含储能柔性互联装置(FID),实现台区间的功率互济与优化运行.针对低压多台区柔性互联的运行评价方法,提出一种基于AHP-CRITIC组合赋权的改进TOPSIS评价模型.首先,从含储能FID接入对台区改善较为明显的运行电压、运行功率、运行经济3个方面建立评价体系;其次,通过AHP法与CRITIC法确定主、客观权重,利用纳什均衡理论实现AHP-CRITIC组合赋权;然后,基于加权灰色关联度改进…查看全部>>
To address the issues of voltage over-limit and three-phase imbalance in low-voltage distribution areas with high photovoltaic penetration,an energy storage-inclusive Fault Indication Device(FID)is introduced to facilitate power mutual aid and optimize the operation of the distribution areas.In response to the operational assessment challenges of flexible interconnection in multiple low-voltage distribution areas,an improved TOPSIS evaluation model based on …查看全部>>
黄诗婷;缪希仁
福州大学电气工程与自动化学院,福建福州 350116福州大学电气工程与自动化学院,福建福州 350116
动力与电气工程
多台区互联改进TOPSIS法纳什均衡综合评价
multi-area interconnectionimproved TOPSIS methodNash equilibriumcomprehensive evaluation
《电器与能效管理技术》 2024 (7)
28-35,8
福建省高校产学研合作项目(2023H6006)
评论