Market Clearing with Renewable Integration, Storage and Network Limits

The nature of renewable energy resources is unpredictable because of its heavy reliance on meteorological conditions. Energy Storage Systems (ESS) can be placed in power systems to help mitigate these risks and give customers uninterrupted electricity. The best planning and scheduling for energy storage systems (ESSs) for managing congestion in electric power systems with renewable energy sources is presented in this research. The suggested issue determines the ideal ESS capacity and charging/discharging schedule through mixed integer linear programming. Efficient charging and discharging of energy storage systems (ESSs) is the key to managing network congestion and the mitigation of uncertain renewable supplies. In this paper it is revealed that the power producer optimally traded the power in the electricity market during a 6-h planning segment of a wind-power plant combined with a storage with maximizing the profit keeping in view of congestion free power flow.