Determining wind farm locations, allocation of wind farm capacity, and sizing of energy storage for 17 GW new wind power capacity in Korea

Power quality enhancement for Thailand's wind farm using 5 MWh Li-ion battery energy storage system

“…Moon et al introduced a weighted evaluation method to identify appropriate wind farm locations, annual wind speed, power generation capacity, and system sizing aligned with the Korean government's initiative to install 17 GW. Additionally, they utilized discrete Fourier transform and probability density models to optimise Energy Storage Systems (ESS) and maintain grid stability [ 14 ]. Yan et al developed an optimal method for sizing the ESS using a steady-state model.…”