Efficiency Analysis and Optimization of Grid-Connected Power Generation Metering Devices

With the advancement of electricity market reform and the pursuit of carbon neutrality goals, the energy efficiency of grid-connected power generation metering devices has become a focal issue in the industry. This paper examines the working principles and energy consumption characteristics of metering devices, analyzing key factors that contribute to energy inefficiency. It proposes comprehensive optimization strategies, including hardware upgrades, software enhancements, and environmental adaptations. Through a case study, the effectiveness of these measures in reducing energy consumption, improving measurement accuracy, and extending device lifespan is validated. The findings provide technical support for the green and sustainable development of the power industry.