微网优化控制研究现状及智能化即插即用趋势与策略

doi:10.16183/j.cnki.jsjtu.2017.09.012

摘要/Abstract

摘要： 微型电网是在用户侧提高整体能源效率、清洁化程度和智能化程度的重要手段，其优化运行控制是能否有效发挥上述作用的关键.分析了不同微网结构，即直流微网、交流微网和交直流微网在控制优化需求方面的异同及优缺点.重点介绍比对了目前微电网低层控制方法和监督层的能量管理策略.总结了目前微网控制优化的热点问题及发展趋势，并提出了智能化即插即用微网构架在算法和实现方面的解决策略.

关键词: , 智能微网, 分布式系统, 即插即用, 分布式优化

Abstract: Microgrid is an important method to improve overall energy efficiency, cleaning degree and intelligent degree from demand side. The operational optimal control is the key to the abovementioned issues. This paper summarizes the different control requirements and controlled variables for different types of microgrid (direct current, alternating current and hybrid). The energy management strategies and control algorithms for different microgrids are introduced. Meanwhile, the advantage and disadvantage of different algorithms are summarized. The hotspots and future of microgrids control system are also presented and discussed. Finally an intelligent distributed control and optimization solution is proposed for realizing the “plugandplay” function.

Key words: smart microgrid, distributed system, plugandplay, distributed optimization

中图分类号:

TM 73

江海啸1,2，郑毅1，李少远1，蔡旭1. 微网优化控制研究现状及智能化即插即用趋势与策略[J]. 上海交通大学学报（自然版）, 2017, 51(9): 1097-1103.

JIANG Haixiao1,2,ZHENG Yi 1,LI Shaoyuan1,CAI Xu1. Operational Optimization of MicroGrid Control:
A Brief Introduction and an Intelligent PlugandPlay Control Strategy
[J]. Journal of Shanghai Jiaotong University, 2017, 51(9): 1097-1103.

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