Product Description
Solar Tile
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Environmentally friendly building materials. The combination of traditional building materials and thin-film solar technology can not only replace traditional tiles as building materials, but also replace traditional photovoltaic panels.
30W Single Glass Solar Tile
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Solar tile not only has the functions of waterproofing and heat insulation, but also changes the dependence of buildings on external energy sources, making zero-energy buildings possible.
Frequently Asked Questions
What are the primary benefits of using Solar Tiles over traditional solar panels?
Solar tiles combine traditional roofing functions with advanced thin-film solar technology. They serve as regular waterproofing and heat-insulating building materials while generating clean electricity, eliminating the need to install separate, bulky photovoltaic panels.
What type of chip technology is utilized in the 30W Solar Tile?
The BSM-30S model utilizes CIGS (Copper Indium Gallium Selenide) thin-film chip technology, known for its efficiency and durability.
What are the physical dimensions and weight of the BSM-30S Solar Tile?
Each BSM-30S Solar Tile measures 700mm in length, 500mm in width, and has an arch height of 35mm. The individual tile weight is 5.2kg.
Can these tiles withstand harsh weather conditions like hail and heavy loads?
Yes. The tiles are rated for a loading grade of 2400Pa and have achieved a level 4 hail-proof certification (ANSI FM 4473). They are also rated B1 for fireproofing and IP67 for waterproofing, operating reliably from -40°C to +85°C.
How are the solar tiles packed for container shipment?
The tiles are packed with 40 pieces per carton (gross weight 263kg). A standard 20ft container can hold 39 cartons (1,560 pieces), while a 40ft container accommodates 81 cartons (3,240 pieces).
What electrical interfaces are used for system integration?
The solar tiles feature a built-in IP67 junction box containing a 2.5mm solar cable with a length of 450 (+10/-0) mm, utilizing industry-standard MC4 cable connectors.