Most of China's regions are located at 45 degrees north latitude, and there are abundant solar energy resources. Although there are some relevant theoretical analyses on the specific conditions of solar energy resources in each region, they cannot reflect the local solar radiation situation intuitively and conveniently. The computational simulation of solar radiation in Xuzhou area is in good agreement with the data obtained from field measurements; due to the arbitrariness of the model, it can be used to predict the solar radiation situation in any area. The total radiation recorder can effectively measure and analyze the total solar radiation. Add WeChat, you want to have: High Density Polyethylene Pipe,Hot Fusion Ppr Plastic Pipe,Marine Ppr Plastic Pipe For Accommodation,Marine Ppr Plastic Pipe For Water Supply Jingjiang Haihong Plastic & Rubeer Science -Technology Co.,Ltd , https://www.marineplasticpipe.com
From the results of the comparative study, we can see that the simulated and measured values ​​are in good agreement when the sky is clear, but in the case of a cloud with a lot of clouds and a large wind speed: the deviation between the simulated and measured values ​​is large; This is mainly: how much the amount of cloud directly affects the amount of solar radiation, and the size of the wind speed directly affects the accuracy of the test dial sensor. Therefore, how to correct it is a problem that needs further solution.
The total radiation recorder can effectively predict the total solar radiation in any area, and has certain practical significance for the understanding and utilization of solar energy resources in various regions. However, because the software based on the theoretical model and its assumptions have certain limitations, the software needs to be further improved. 