Research on Operation Control Strategy of Energy-saving Power Supply System of 5G Communication Base Station

Due to the characteristics of large scale and many branches in the current power grid, a wide coverage and large connection access method is needed to meet its ubiquitous communication needs. However, the commercial use of 5G technology has high energy consumption, resulting in greater loss of energy transmission. This paper firstly analyzes the current loss of energy consumption in the base station computer room of the 5G power grid, analyzes the loss generated by the 5G networking scheme, and proposes a routing priority-based decision-making algorithm and a DCI-based signal energy saving to reduce the power loss of power grid energy. The construction of energy-saving and efficient 5G power grid is empowered.