Cuckoo algorithm-based optical storage power station collaborative optimization method
A collaborative optimization and cuckoo technology, applied in the field of collaborative optimization of optical storage power stations based on the cuckoo algorithm, can solve problems such as reduction, achieve efficient operation, improve utilization, and optimize investment costs
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Embodiment 1
[0102] Such as figure 1 , figure 1 A flow chart of a method for synergistic optimization of an optical-storage power station based on the cuckoo algorithm provided by the present invention; a method for the collaborative optimization of an optical-storage power station based on the cuckoo algorithm includes the following steps:
[0103] S1. Obtain the first data;
[0104] The first data is collected by the acquisition terminal, and the first data includes the original data of the photovoltaic storage power station; the original data of the photovoltaic storage power station includes: electricity price prediction data, photovoltaic output prediction data, energy storage system parameters, parameters of each aggregation unit of the power station, distribution network parameters, etc.
[0105] S2. Based on the first data, respectively establish a distributed photovoltaic model and an energy storage system model;
[0106] S21. Establish a distributed photovoltaic model through ...
Embodiment 2
[0182] see figure 2 , a collaborative optimization device for photovoltaic-storage power stations based on the cuckoo algorithm, including:
[0183] The first obtaining module is used to obtain the first data; it is also used for:
[0184] The first data is collected by the acquisition terminal, and the first data includes the original data of the photovoltaic storage power station; the original data of the photovoltaic storage power station includes: electricity price prediction data, photovoltaic output prediction data, energy storage system parameters, parameters of each aggregation unit of the power station, distribution network parameters.
[0185] The second acquiring module is configured to respectively acquire the distributed photovoltaic model and the energy storage system model based on the first data; acquiring the distributed photovoltaic model includes:
[0186] S21. Establish a distributed photovoltaic model through formula (1);
[0187]
[0188] in,
...
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