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Fuzzy logic principles for wind speed estimation in wind energy conversion systems

机译:风能转换系统中风速估计的模糊逻辑原理

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Availability of wind speed information is of great importance for wind energy conversion systems (WECS) to extract maximum energy from wind. Most controllers in WECS employ anemometers to measure wind speed. To obtain adequate wind speed information a number of anemometers is required and needs to be installed properly surrounding wind turbine. This paper presents fuzzy logic principles for estimation of wind speed on the center of the wind turbine. The principles are inferred heuristically from a typical wind turbine power curve. The proposed principles have been simulated to estimate the wind speed on the center of the wind turbine during the WECS operation. The simulation results show that the wind speed could be well estimated under the wind speed variations.
机译:风速信息的可用性对于风能转换系统(WECS)从风中获取最大能量至关重要。 WECS中的大多数控制器都使用风速计来测量风速。为了获得足够的风速信息,需要大量风速计,并且需要在风轮机周围正确安装风速计。本文提出了用于估计风力涡轮机中心风速的模糊逻辑原理。这些原理是从典型的风力发电机功率曲线中启发式地推论得出的。仿真提出的原理以估计WECS运行期间风力涡轮机中心的风速。仿真结果表明,在风速变化的情况下可以很好地估计风速。

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