Method for optimizing site selection and model selection of wind driven generators suitable for complex constraint condition
A technology of wind turbines and constraint conditions, applied in data processing applications, instruments, predictions, etc., can solve problems that are not suitable for the practical use of micro-site selection, do not consider the influence of wakes between wind turbines, and do not consider the globality of optimization algorithms, etc. Achieve the effects of strong practicability, satisfying the safety distance restriction conditions, and good global optimality
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[0051] In this embodiment, the arrangement and type selection of wind turbines before the construction of generators is optimized for 8 wind turbines in a certain wind farm. There are two types of wind turbines to choose from, A (rated power is 1.5MW) and B (rated power is 2MW), and there are two installation heights for each type of wind turbine (1.5MW has two heights of 65 meters and 80 meters, and 2MW There are two heights of 80 meters and 90 meters), that is, there are 4 types of fan models. The area of the wind farm is the abscissa [0,2000] (m), and the ordinate is the range of [0,2000] (m). Complicated terrain is not considered in this implementation example. The number of wind turbines is 7, and the safe distance between the wind turbines is 5 times the diameter of the wind rotor, that is, 550 meters. The minimum annual power generation of the wind farm is 8MW. The optimization goal is the lowest kWh cost of wind farm. The implementation steps are as follows:
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