Design of complex wind power generation parameter control system based on embedded control combined with Internet of Things

摘要

We aimed to control complex wind power generation parameters’ contributions to achieve healthful and energy-saving operating conditions for wind turbines and improve the stability of wind power generation and processing capacity of wind grid output data. Hence, a design method of complex wind power generation parameter control system based on embedded control combined with Internet of Things (IoT) is proposed. In this method, in the IoT environment, the overall model of the system is determined, and embedded control for big data of the complex wind power generation parameters is performed to achieve adaptive fusion of control instruction information, and optimize the big data transmission and scheduling of control instruction sets. Test results show that the complex wind power generation parameter control system designed through this method has relatively strong parameter data control processing capability, good stability of control instruction transmission and high parallel processing capability of control instruction sets, and this method improves the control quality of the overall system.