Power System Flexibility Enhancement with Energy Storages Considering Charging Characteristics

Author:

Xiang Jie,Huang Bowen,Xiao Guojun,Zeng Zihao,Xie Xueyuan,Chen Hong,Tan Zhe

Abstract

Abstract With the increasing integration of renewable energy generations, the renewables’ uncertainties impact the power system operation. So, it is critical to enhancing the system’s operational flexibility. To this end, one of the most useful solutions is to deploy energy storage. This paper proposes a power system flexibility enhancement method using energy storage systems (ESSs). The grid’s flexibility requirement is analyzed, and the flexibility enhancement model is constructed, considering the ESSs’ charging and discharging characteristics. Case studies on an IEEE 33-node system verify the quantitative method. The conclusions indicate the ESSs could efficiently meet the system’s flexibility requirements.

Publisher

IOP Publishing

Subject

Computer Science Applications,History,Education

Reference14 articles.

1. Research and development on renewable energies;Blakers;A global report on photovoltaic and wind energy,2009

2. A survey on control issues in renewable energy integration and microgrid;Badal;Protection Control of Modern Power Systems,2019

3. An intrainterval security risk regarding regulation burden due to wind variation in high-wind-penetrated power systems;Che;IEEE Transactions on Power Systems,2018

4. A flexible ramping capacity model for generation scheduling with high levels of wind energy penetration;Kwon;Energies,2016

5. Short-term output power forecast of photovoltaic based on a grey and neural network hybrid model;Wang;Dianli Xitong Zidonghua,2012

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