Distribution of Sports Load by the Smart Photovoltaic Cell Switching System

In order to discuss the allocation effect of an intelligent photovoltaic cell switching system on sports load, this paper, based on the ZigBee sensing model, designs the information allocation module for collecting sports load status based on the spectral characteristic analysis of model parameters and the real-time observation of sports load status, and obtains the initial data. In-depth analysis of the correlation analysis of intelligent photovoltaic cell switching system on sports load allocation, and judge the influence degree of sports load allocation. The results show that in the monitoring of sports load status, the data acquisition frequency of 28 to 30 kHz can reach - 50 dB, and the maximum oxygen uptake VO2, the number of max indicators reached 33.21 ± 3.09 and O2, the number of P indicators is 362.57 ± 98.71, and the number of METs is 9.06 ± 1.21. Therefore, we show that the smart photovoltaic cell switching system has a positive correlation with the sports load distribution, and the smart photovoltaic cell switching system has a practical effect on the sports load distribution.