18-07-2023 дата публикации
Номер: CN116451875A
Принадлежит:
The invention relates to a capacity optimization configuration method for an optical storage and charging integrated station, which aims at the minimum construction and operation comprehensive cost to perform capacity optimization configuration on the optical storage and charging integrated station to obtain the energy storage system capacity of the optical storage and charging integrated station, and constraint conditions comprise power balance constraint based on opportunity constraint, power balance constraint based on opportunity constraint, power balance constraint based on opportunity constraint and power balance constraint based on opportunity constraint. The opportunity constraint considers a deviation factor of photovoltaic output and charging load prediction. According to the invention, the randomness of the photovoltaic output and the charging load power of the electric vehicle can be fully considered, and the optimal configuration of the capacity of the photovoltaic storage ...
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