Wind-based Flow Battery Energy Storage Control System

Tiejun Pan, Leina Zheng, Ming Wang


A methanesulfonate lead flow battery (MLB) stack under control is proposed. The same electrolyte was used as both the negative and positive electrodes without film separation avoiding maintenance costs and short life. MLB is designed and related charging discharging character is studied. Furthermore, the remote island case study is given and related control system is implemented. Wind turbine determines the volatility and uncertainty of wind power unit mass grid, which will seriously affect the power system operation state, wind power grid problem increasingly prominent. So that it will solve off-grid, abandoned wind and other problems that Non-grid wind power using local storage by methanesulfonate lead flow battery stack.


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