Faced with the challenge of decarbonization, the net-zero smart building energy system with the integration of a wind power system could become one practical solution for people's energy usage, and a proper frequency control method is essential in helping realize the goal. This article studies the frequency control method of the net-zero smart building energy system adopting a wind power system where the influence of wind turbulence characteristics on the system frequency has been analyzed. The novelty lies in formulating the relationship between frequency deviation and turbulence characteristics, based on which, an innovative frequency controller has been designed where an additional reference power output is added to the traditional over-speed control to obtain a better frequency regulation performance according to turbulence characteristics. The simulations and experiments carried out on a frequency control experimental platform demonstrate the effectiveness and superiority of the improved control method.

中文翻译：

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一种考虑湍流特性的智能建筑风电系统集成频率控制新方法

面对脱碳的挑战，集成风力发电系统的净零智能建筑能源系统可能成为人们能源使用的一种切实可行的解决方案，而适当的频率控制方法对于帮助实现这一目标至关重要。本文研究了采用风力发电系统的净零智能建筑能源系统的频率控制方法，分析了风湍流特性对系统频率的影响。新颖之处在于建立了频率偏差与湍流特性之间的关系，在此基础上设计了一种创新的频率控制器，在传统的超速控制的基础上增加了一个额外的参考功率输出，以获得更好的根据湍流的频率调节性能特征。