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Light-induced degradation (LID) – LID occurs when the solar panel is first exposed to solar radiation, and as a response, the photoconductivity of the panel is reduced. This is considered an ‘adjustment’ stage for the panel, also called ‘initial degradation’, and occurs within the first 1000 hours of operation. Efficiency of the panels in this stage is reduced by 1-3% on average and will stabilise after this.

Potential-induced degradation (PID) – This type of degradation doesn’t always occur, however if it does, it can reduce a panels performance by 30%. PID occurs when different components in a system are at different voltages, for example the solar cell and the frame of the panel, causing a disruption in the voltages. This variance causes voltage leaks, and subsequentially reduces a panels power output.

Aging-related degradation – Naturally, solar modules are exposed to external factors which makes degradation unavoidable. Anti-aging degradation is the natural wear and tear of solar panels. Factors that can cause this include chemical reactions in semi-conductive materials that can cause crystalline hardening, contamination of the cells, shadowing effects and weather cycles.

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US7IGN 07.01.2020 22:48 пишет:

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я не знаю. знаю, что веры касио больше нет.

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codex 08.01.2020 06:30 пишет:

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В карман такой фонарик вряд-ли влезет

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