Rol Technology BIPV Solar Bidirectional Carport Mount Solution multi-layer waterproof structure is adopted, utilizing a fully enclosed, integrated and sealed drainage system to achieve a worry-free leak-proof function. The photovoltaic components installed on the top of the car shelter can convert solar energy into electrical energy. Monocrystalline silicon solar panels, due to their high conversion efficiency and low degradation rate, have become the mainstream configuration.
Order(MOQ) :
1Payment :
T/TLead Time :
7-10It can be customized according to different site conditions and customer requirements, including the size, shape, and inclination angle of the car shelter, as well as the selection of different installation methods and photovoltaic component layouts. This includes inverters, controllers, distribution boxes, etc., which are responsible for converting the direct current generated by the photovoltaic components into alternating current, controlling, distributing and transmitting the electrical energy. Such as gutters, drainage pipes, etc., are used to collect and discharge the rainwater from the top of the car shelter to prevent it from seeping into the interior of the car shelter.
Some projects use double-glass components, increasing the unit area power generation by 15%-20%.
Customization can be done according to different site conditions and customer requirements, including the size, shape, and inclination angle of the car shelter, as well as the selection of different installation methods and photovoltaic component layouts.
This integrates photovoltaic power generation with the architectural structure of the car shelter, making the car shelter not only have traditional shading and rain protection functions, but also serve as a part of the building's appearance, enhancing the overall aesthetic appeal.
It can meet its own electricity demand, reduce electricity expenses, and also incorporate excess electricity into the power grid to generate income. In commercial applications, it can provide power for charging piles, supporting the development of green transportation.
Installation Site: |
Open Ground |
Tilt Angle: | 0°~20° |
Wind Load: |
≤60m/s |
Applicable Module: | Frame & Frame-less |
Snow Load: | ≤1.7KN/m2 | Foundation: |
Driven Pile or Concrete Bases |
Material: | Aluminium 6005 T5 & Carbon Steel | Standard: | JIS C 8955: 2017; AS/NZS ,1170; DIN1055; ASCE/SEI 7 -05; EN 1991-1-4:2005; International Building Code: IBC 2009 |
Surface Treatment: | Anodizing & HDG & Zinc Magnesium Aluminum (ZAM) | Warranty: | 10 years warranty |
Panel Orientation: | Landscape & Portrait | Usage Life: | More than 25 years |
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