Steel IV Type Solar Carport Mount

Steel IV Type Solar Carport Mount mainly consists of a support system, a solar panel array, a lighting and control inverter system, a charging device system, and a lightning protection and grounding system. The support system primarily includes support columns, diagonal brace fixed between the support columns, rails attached to the diagonal brace for supporting the solar panel array, and fasteners for securing the solar panel array.

Design points

Solar carport structures is a renewable energy facility that converts solar energy into electricity. Its design should take into account the following key points:

1.Structural design: Photovoltaic carports must have good structural strength and stability to withstand various external loads, such as wind, rain, and snow. The design should consider the reasonable distribution of loads and use appropriate support and connection methods.
2.Waterproof design: Waterproofing is one of the key considerations in the design of solar carports. It is important to ensure the waterproof performance of the roof, sides, and connecting parts of the carport to prevent rainwater from seeping in and damaging the photovoltaic panels and electrical equipment.

FAQ

1.F:What are the requirements for installation?
Q:Hardened ground or cement foundation, no obstructions around the perimeter, space reserved for installation and ventilation.
2.F:What is the capacity of carport solar system?
Q:Can usually accommodate two cars, and can be customized to the desired size.
3.F:How to maintain it?
Q:Regular cleaning is required to maintain maximum power generation, especially after inclement weather, when bolt tightness should be checked.

Applicable Scenarios

1.Car port solar is suitable for commercial public areas, providing customers with shaded parking spaces that protect them from rain, while reducing electricity costs and promoting the company's environmentally friendly image.
2.It can be constructed on vacant land within the factory premises to cover employee vehicles or freight vehicles, thereby alleviating the pressure on industrial electricity consumption.
3.It can be used in communities and residential areas to solve the problem of high temperatures in outdoor parking spaces during the summer, and the electricity generated can be used for lighting in public areas or for elevators.