可再生能源2017，Vol.35Issue(3)：374-383,10.
考虑分布式发电商投资的区域配电网光伏储能容量配置
Optimal sizing of photovoltaic and energy storage in distribution network considering investment of distributed power suppliers
摘要
Abstract
Based on cost-benefit analysis,an optimal sizing model is established aiming at maximizing the net present value of distributed power suppliers' benefits.In this model,the life of energy storage is calculated by rain-flow counting method and the dispatch strategies of photovoltaic and energy system (PES) are determined according to different electricity price mechanisms.A two stage framework is proposed solve the model.In the first stage,the active power limit of the capability of each candidate bus is calculated in the extreme scenarios and set as a constraint for the second stage,in which the sizing of PES is optimized based on the enumeration method.The proposed model and framework are verified and validated by the IEEE bus-33 system test cases with different area types and electricity price mechanisms.The simulation results show that distributed power suppliers are able to invest PES with maximum benefit as well as achieve a win-win situation with the customers.关键词
分布式发电商/光伏和储能/成本效益分析/区域配电网/容量优化Key words
distributed power suppliers/photovoltaic and energy storage/cost-benefit analysis/distribution network/optimal sizing分类
能源科技引用本文复制引用
丁磊,刘俊勇,刘友波,向月,苏韵掣,张逸..考虑分布式发电商投资的区域配电网光伏储能容量配置[J].可再生能源,2017,35(3):374-383,10.基金项目
国家高技术研究发展计划(“863”)项目(2014AA051901). （“863”）
