《无线互联科技》杂志社

Wireless Internet Technology Magazine Agency

关键词: 改进粒子群算法, 太阳能, 光伏发电, 逐日测算, 电能调度

Abstract: The conventional daily automatic control monitoring node deployment of solar photovoltaic power generation is mostly single-node local coverage mode, resulting in an increased power loss ratio. Therefore, an automatic daily control method for solar photovoltaic power generation based on improved particle swarm optimization is proposed. In this paper, multi-point monitoring is adopted, real-time monitoring data is collected, solar tracking trajectory and Angle are calculated, and a daily automatic control model for improved particle swarm calculation of photovoltaic power generation is constructed. The global optimal comparison and feedback adjustment are adopted to achieve automatic control. The results show that the power loss ratio obtained by this method is relatively small, and the control efficiency is obviously improved.

Key words: improved particle swarm algorithm, solar energy, photovoltaic power generation, daily measurement, power dispatching