How did the typhoon struck the photovoltaic panel to fly?
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"The typhoon has come and the pig can fly." It is very vivid and profound. Deeper levels can be understood as opportunities! Opportunities have come and everyone can become a hero. The surface understanding is disaster. A typhoon from a natural disaster has come. It can be blown up like a pig. The crops for the people's livelihood are not uprooted.
In the summer, typhoons are a common occurrence. When a real typhoon arrives, it is not only crops but also the hard-earned money of the people.
Today we talked about the topic of the typhoon and said that the people would fly in the typhoon of their own photovoltaic power plant?
There are two answers to the answer, which can be "flying" and not flying!
Why do you say this, this must start with the construction of photovoltaic power plants. The majority of PV power plant wind resistance capacity is determined by the photovoltaic support. Photovoltaic photovoltaic support is a special bracket designed for placing, mounting, and fixing solar panels in solar photovoltaic power generation systems. The general material is aluminum alloy, carbon steel and stainless steel. Theoretically, the maximum wind resistance of the solar bracket is 216 km/h, and the maximum wind resistance of the solar tracking bracket is 150 km/h (over 13 typhoons).
How can a typhoon against the 13th grade be "flying"?
As shown in the figure, it may be due to the installation company in order to save steel, three rows of photovoltaic modules are installed on the flat roof, and the front row and the rear row are not connected by beams, and the fixed piers at the bottom of the bracket are too light in weight and should be made rectangular and thickened. Pier weight. The above details have not been handled properly. The typhoon has come and the power station is not flying.
In terms of the general typhoon, it is necessary to have a very strong stand to fight against typhoons and heavy rain. There are two types of brackets: aluminum alloy brackets and galvanized steel brackets. If in the coastal areas, typhoons are relatively frequent and the wind is large, galvanization is better. Because the aluminum alloy supports are aesthetically pleasing, their pressure resistance is not as good as galvanization.
At present, home-distributed photovoltaic power plants are mainly installed on sloped roofs and flat roofs. The flat roof also covers the concrete flat roof, color steel plate flat roof, steel flat roof, ball node roof and so on.
There is also an emphasis on the location of the installation of the photovoltaic power plant. It is necessary to consider the installation site, installation orientation, installation angle, load requirements, arrangement and spacing.
In terms of the general typhoon, it is necessary to have a very strong stand to fight against typhoons and heavy rain. There are two types of brackets: aluminum alloy brackets and galvanized steel brackets. If this kind of place in Hainan, the typhoon is relatively frequent, the wind is also large, the choice of galvanized is better, because the aluminum alloy stent is beautiful, but the pressure resistance is not as good as galvanized. â€
Considering the above aspects well, the photovoltaic power plant for the people can resist the typhoon typhoon.
Even if the typhoon comes, photovoltaic power stations will not fly!
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