The solar panel is discharged and the camera indicates that the network connection has failed. This may have something to do with management.
If the solar panel is not properly oriented toward the sun, it may not be able to collect enough sunlight to provide enough power to the camera. As a result, the camera may not work properly and cause network connection failure.
Solar panels are mainly made of semiconductor materials, such as silicon, selenium and copper, indium, gallium and sulfur. When sunlight hits a solar cell, its energy is absorbed and electron-hole pairs are generated. These electrons and holes move and create an electric current in the circuit, creating energy.
It is more efficient if the normal line of the solar panel points towards the sun. The best wayis to keep its normal line pointed towards the sun. But the cost is too high.
If the solar panel is fixed, the installation angle should ensure that when the sun reaches its highest point, its normal line points toward the sun.
The height to which solar energy rises is related to local latitude. At the equator, it rises to 90 degrees, so the equator is installed towards the zenith. In mid-latitude areas, it is still possible to place it around 45 degrees. In polar regions, it faces the horizon.
A simple sentence is that the solar panel installation elevation angle = 90 degrees minus the local latitude.