【 中文摘要 】本发明考虑储能电站恢复能力的风储联合黑启动控制方法，针对规模化储能电站与风电场联合的黑启动电源，提出考虑储能电站恢复能力的黑启动协调控制策略，采用先恢复部分重要负荷再启动风电机组的方法；进而基于被启动火电厂辅机负荷需求和风功率预测，对黑启动过程中储能电站的荷电状态进行预估，从而考虑储能电站的功率和荷电状态约束，确定重要负荷的恢复量；有助于充分利用大规模储能电站的恢复能力及风电场的发电能力，在保证达到启动火电机组的目标的前提下，可尽快恢复部分重要负荷，有助于减小停电损失和影响，并可减小恢复过程中风电机组并网带来的冲击，有利于提高风电并网的稳定性。
【 英文摘要 】The invention provides a wind storage combined black-start control method considering the recovery capability of an energy storage power station. Aiming at a black-start power supply combined by a large-scale energy storage power station and a wind farm, a black-start coordinated control strategy considering the recovery capability of the energy storage power station is provided, and a method of firstly recovering part of important loads and then starting a wind turbine is adopted; And then predict the state of charge of the energy storage power station in the black start process based on the load demand and wind power prediction of the auxiliary machines of the started thermal power station, so as to determine the recovery amount of the important load in consideration of the power and state of charge constraints of the energy storage power station; Help to fully utilize the recovery capacity of large-scale energy storage power stations and the power generation capacity of wind power plants, On the premise that the aim of starting the thermal power generating unit is achieved, part of important loads can be recovered as soon as possible, power failure loss and influence can be reduced, impact caused by grid connection of the wind power generating unit in the recovery process can be reduced, and the stability of grid connection of the wind power generating unit can be improved.
