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Joint operation between wind power generation and pumped hydro energy storage in the electricity market

机译:电力市场风力发电和泵送水电储存的联合运行

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Due to the variable nature of wind resources, the integration of wind power into electric power system has been a relevant issue. Recently, pumped hydro energy storage can be used to balance the unstable output of wind farm, as it can adjust its production to compensate wind power fluctuation. This article investigated the combination of a wind farm and a pumped hydro energy storage facility from the point of view of a generation company in a market environment. A joint operation model between the wind farm and pumped hydro energy storage is proposed. An algorithm of energy management system is proposed to identify the daily operational strategy to be followed in order to (1) minimize the penalty cost resulted from wind-pumped hydro energy storage output imbalances and (2) maximize the daily revenue profit taking into consideration all constraints of joint operation. Simulation results under MATLAB/Simulink~(®)environment are presented and discussed.
机译:由于风力资源的可变性,风力将风力集成到电力系统中一直是一个相关的问题。 最近,泵送的水力储存可用于平衡风电场的不稳定输出,因为它可以调节其生产以补偿风力波动。 本文从市场环境中的一家代表公司的角度调查了风电场和泵送水力储能设施的组合。 提出了风电场和泵送水力储能之间的联合操作模型。 提出了一种能源管理系统算法,以确定要遵循的日常运营策略,以便(1)最大限度地减少由风力泵送水力储存输出失衡和(2)最大化每日收入利润所产生的罚款 联合操作的约束。 提出和讨论了Matlab / Simulink〜(®)环境下的仿真结果。

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