Design and implementation of 5G communication device for distributed energy monitoring

With the continuous development and expansion of new energy devices, the user group using distributed energy technology is also expanding. Distributed Multi-energy Systems (D-MES) can sustainably transform the energy supply of buildings, regions, and communities by integrating multiple energy-saving technologies, renewable energy sources, and electricity, gas, and thermal networks to provide heating, cooling, and electricity services[9].Distributed energy monitoring device is also more and more development prospects, especially in the country, due to energy and environmental issues more and more people's attention, the construction and use of new energy devices have been strongly supported by the government,distributed energy monitoring devices have become an important part of the stable operation of the distributed energy system. In this paper, a distributed energy monitoring device based on 5G technology is proposed. Through the interconnection of monitoring equipment and energy equipment, real-time data collection, analysis and control are realized. The device combines the distributed energy system and 5G communication technology, and has the advantages of flexibility, high efficiency and security. Through the analysis of experiments and application cases, it has also been verified.