100MW/200MWh Energy Storage Power Station Feasibility Study

This feasibility study examines the construction of a 100MW/222.65MWh lithium iron phosphate battery energy storage station in Golmud, Qinghai Province, China. The project aims to utilize abandoned wind and solar energy for charging and discharge during peak load periods to enhance power supply. It connects to the Luneng multi-energy complementary 330kV aggregation station via new 35kV lines. The study highlights advantages such as reducing renewable energy curtailment, improving consumption capacity, and accelerating local photovoltaic and wind power development. It also enhances power system stability and promotes regional energy structure optimization. The report includes analysis of Qinghai's power grid status, electricity demand forecasting, power balance, and production simulation results. The energy storage system is expected to discharge 53.49 million kWh and charge 59.43 million kWh annually. The project demonstrates significant investment and industry-driven benefits, supporting local economic transformation and environmental improvement.