Wind power energy storage system charging and discharging process optimization method based on variant artificial fish schools
A technology of charging and discharging process and energy storage system, which is applied in the field of charging and discharging process optimization of wind power energy storage system based on mutant artificial fish swarm, and can solve problems such as damage of energy storage battery system.
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[0115] There is a wind farm project with a project scale of 60MW, the local load level is about 40MW, and the inverter efficiency is 0.95. The power curve in 48 hours of load is known as figure 2 As shown, the 48-hour generating power curve of the wind turbine is as follows image 3 shown. Combined with the relevant parameters of the battery, optimize the power effect of the target during this period. The energy storage system uses 50,000 batteries as components of the wind power energy storage system. The battery-related parameters: rated voltage is 12V, rated capacity is 100Ah, depth of discharge is 0.6, charging efficiency is 0.7, and discharging efficiency is 0.8.
[0116] If there is no algorithm compensation at this time, the compensation situation of the energy storage system is as follows: Figure 4 As shown, the charging process and discharging process vary greatly, and have a great impact on the stability of the system. Therefore, it is necessary to introduce a va...
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