Solar panel

The suggested method for determining whether one of the parallel diodes of the panel is distorted (castle mode) or compressed (open mode) is based on a simple calibration of efforts at both ends, calculated with two photodiodes at each end. When making the effort, green illumination indicates that the board is in the correct direction, and red indicates the opposite. The analogy cannot correct the situation. This requires extending two thin wires from the positive and negative terminals to the university optical diode to observe the panel. The diagnosis is as follows:
First and fourth cases: When only the green diode is working, there is no need to investigate whether the binary arithmetic is complete or defective (it is not possible and not important to investigate further), and we follow the monitoring.
Second case: When the green and red diodes of the board are off, but there is no justifiable reason for the proven lamp, it first causes a situation where the board completely fails or the effort is reflected, and the diode corrects this reflection. As for the second proposal, it is to develop the first scenario, taking the meteorite palace/diode as the most common grassland form, which requires separating all solar panel loads and diode exploration.
Third case: When the red diode of the panel is working and the green diode is off, this of course indicates that the diode is charcoal or disconnected from the rotary machine (non-functional). Of course, this panel also has problems, and the entire sentence (board - mandatory) requires maintenance.