基于物联网技术的虚拟电厂电力设备监测控制架构研究

Research on Monitoring and Control Architecture of Power Equipment in Virtual Power Plant Based on Internet of Things Technology

随着可再生能源的不断发展,电力系统需要更高的灵活性。虚拟电厂技术的提出,可以用来协调多种能源形式的电力生产,实现集中式化石能源和分布式可再生能源的混合应用,提高用户多种需求的能源梯级利用效果。该研究在分析总结现有虚拟电厂发展的基础上,研究利用物联网和云计算等技术对虚拟电厂电力生产进行监测和控制,提出一种基于TSN和NFV物联网技术的电厂控制监测架构,以实现不同能源机组的边缘控制和负荷集中调配。

With the continuous development of renewable energy, power system needs more flexibility. The virtual power plant technology can be used to coordinate the power production of various forms of energy, realize the hybrid application of centralized fossil energy and Distributed Renewable energy, and improve the energy cascade utilization effect of users’multiple needs. Based on the analysis and summary of the development of existing virtual power plants, this paper studies the use of Internet of Things and cloud computing technology to monitor and control the power production of virtual power plants. A power plant control monitoring framework based on TSN and NFV Internet of Things technology is proposed to achieve the edge control of different energy units and centralized load allocation.