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Coordinated Operation Method of Grid Energy Storage and Abandoned Wind

机译:电网储能与弃风协同运行方法

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For high-proportional wind power access to power grids, how to coordinate the energy storage switching strategies with other various power generation energy sources is the key to the effective utilization of energy storage and the improvement of wind power consumption. This paper proposed a safety barrier that power grid established through energy storage for eliminating wind power, studied evaluation and identification methods of energy storage input, and established the model of energy storage operation and the relationship between energy storage capacity and wind power consumption demand energy storage capacity and clean energy consumption demand. It also constructed a method for analyzing the correlation between electric heating thermal storage load and abandonment wind during heating period, and explored the qualitative relationship between abandoned wind power, abandoned wind hours and abandoned wind power. However, the energy storage capacity is configured according to the maximum abandonment power, and the energy storage efficiency is not high, and the wind power that is consumed by the electric heating thermal storage load is the abandoned wind power during the heating period.
机译:对于高比例的风电接入电网,如何与其他各种发电能源协调储能切换策略,是有效利用储能和改善风能消耗的关键。提出了一种通过储能建立电网消除风电的安全屏障,研究了储能输入的评价和识别方法,建立了储能运行模型,建立了储能运行模型以及储能能力与风能需求之间的关系。能力和清洁能源消耗需求。构造了一种分析供热期间蓄热负荷与弃风之间相关性的方法,探讨了弃风,弃风时数和弃风之间的定性关系。然而,根据最大放弃功率来配置能量存储容量,并且能量存储效率不高,并且由电加热蓄热负载消耗的风力是在加热期间的废弃风力。

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