Capacity Configuration Method of Shared Energy Storage on Wind Farm Cluster Side Based on Stackelberg Game
摘要
To advance the “dual-carbon goals” and build a new-type power system with new energy as the main body, energy storage systems can improve the flexibility of the power grid, yet they are restricted by high configuration costs, low utilization rates, and imperfect pricing mechanisms. This paper proposes an optimal configuration method for shared energy storage on the wind farm side considering the master–slave game pricing: first, it constructs multi-energy system with shared energy storage and a multi-mode pricing operation framework; second, it takes into account the uncertainty of new energy, establishes an optimization model of both parties; finally, it verifies the effectiveness of the proposed method through case simulations, providing support for practical applications.