As an important part of solar cells, the foundation for constructing solar photovoltaic supports is particularly important. Our common foundations include large-scale excavation and pouring foundations, fire-proof buckle-top concrete foundations, screw pile foundations, bored foundation pouring foundations, and cement mixed configuration foundations. Foundation.
These foundations are used in different environments and places. For example, in the west where the wind is relatively strong, the bored foundation pouring foundation or the cement mixed configuration foundation is used, while in the south, the fireproof buckle-top concrete foundation is selected. The specifics will depend on the place where we use it. The climate decides.
When installing the solar photovoltaic bracket, install it according to the designed model and specifications. All selected components and accessories comply with the torque and design regulations, and the deviations and other requirements comply with the regulations in the deviation table. Of course, the installation of solar photovoltaic stents needs to take into account many aspects: support structure method, connection method, material anti-corrosion and so on.
After installing the solar photovoltaic support, try not to disassemble its parts during use; the support should be carefully inspected for maintenance and inspection, and if it is damaged, it should be inspected and replaced in time; it is not allowed to press, bury, squeeze, or disassemble; relevant preparations must be made before the rack is moved; When moving the rack, determine the situation with the surroundings.
In the solar photovoltaic stent power generation technology, photovoltaic power generation is mostly used. Similar to the photoelectric effect, the electrons in the photovoltaic material will be excited after receiving light energy and enter different electronic orbits, so that a voltage appears between the two poles of the material. Therefore, solar photovoltaic support power generation needs to have greater development, and the efficiency of power generation needs to be improved; at the same time, power generation equipment must be easier to assemble and use.