Essential common sense, sharing of professional knowledge of photovoltaic power generation system!

1. Does the photovoltaic power generation system have noise hazards?

Photovoltaic power generation system converts solar energy into electric energy without noise impact. The noise index of the inverter is not higher than 65 decibels, and there is no noise hazard.

2. Does it have any effect on power generation in rainy or cloudy days?

Yes.The amount of power generation will be reduced, because the light time is reduced and the light intensity is relatively weakened. However, we have taken into account the factors of rainy and cloudy days when designing the system, and there will be a corresponding margin, so the total power generation will not affect the normal use.

3. How safe is the photovoltaic power generation system? How to deal with problems such as lightning strikes, hail, and electricity leakage?

First of all, DC combiner boxes, inverters and other equipment lines have lightning protection and overload protection functions. When abnormal voltages such as lightning strikes, leakage, etc. occur, it will automatically shut down and disconnect, so there is no safety problem. In addition, all metal frames and brackets of photovoltaic modules are all grounded to ensure the safety of thunderstorms. Secondly, the surface of our photovoltaic modules is made of super impact-resistant toughened glass, which is difficult to damage the photovoltaic panels by ordinary debris and climate change.

4. Regarding photovoltaic power generation systems, what services do we provide?

Provide one-stop service, including technical support and after-sales service for program design, system equipment, off-grid, on-grid, off-grid, etc.

4. What is the installation area of the photovoltaic power generation system? How to estimate?

It should be calculated based on the actual area available for the on-site environment where the photovoltaic panels are placed. From the perspective of the roof, a 1KW pitched roof generally requires an area of 4 square meters; a flat roof requires an area of 5 square meters. If the capacity is increased, the analogy can be applied.