Modular Rooflight

1. Focus on Rooflight Scenarios with Strong Adaptability

The Modular Light Well takes rooflight as its core application scenario and deeply matches the layout needs of rooflights in various spaces:

Accurate Scenario Adaptation: No complex shape design is required, and it can be directly connected to the reserved openings or planned layouts of most building rooflights. This avoids installation problems caused by shape mismatch and improves the overall installation efficiency and aesthetics of the rooflight.

Coverage of Multiple Spaces: From small residential rooflights (such as balconies and attics) to large commercial rooflights (such as atriums and lobbies), and even industrial plant rooflights, all can be fully covered through module combination. It is especially suitable for scenarios that require "simplicity, practicality, and high adaptability" for rooflights.

2. Flexible Size Customization to Break Specification Limitations

One of the core advantages of the Modular Light Well is that its size can be fully customized to meet the space needs of different rooflights:

Adjustable Single Module Size: Standard basic modules provide conventional specifications, and at the same time, the length and width of a single module can be customized according to the actual space of the rooflight (e.g., 1.2m×2.5m, 3m×4m, etc.), ensuring a perfect fit with the rooflight area.

Unlimited Combined Size: Through the splicing of multiple modules, rooflights of any scale can be built—whether it is a small 2m×3m rooflight for residential terraces or a large 8m×12m rooflight for commercial projects, all can be achieved through module combination to adapt to diverse lighting needs.

3. Modular Design for Efficient and Stable Installation

Relying on the prefabricated modular structure, the Modular Light Well has outstanding performance in installation efficiency and structural stability:

Rapid On-Site Assembly: Each module is prefabricated in the factory with standardized splicing connectors. On-site installation does not require complex cutting or welding; it only needs to align the modules, fix them to the rooflight frame, and seal the joints. For a 4m×4m rooflight, a professional team can complete the installation in 1-2 days, greatly shortening the construction period.

Stable and Durable Structure: The module frame has excellent load-bearing and deformation resistance capabilities. Equipped with rust-resistant and corrosion-resistant aluminum alloy borders and reinforced splicing joints, the entire system can resist level-10 strong winds, ensuring the structural safety of the rooflight during long-term use.

4. Efficient Lighting + Energy-Saving Sealing to Balance Performance and Experience

The Modular Light Well is optimized in both lighting efficiency and energy-saving sealing to enhance the space usage experience:

Efficient Natural Lighting: Each module is paired with high-light-transmittance tempered glass (light transmittance ≥90%) or double-silver Low-E insulated glass, which can introduce a large amount of natural light into the room and reduce reliance on artificial lighting. It is especially suitable for dim indoor spaces (such as rooflights on the first basement floor and corridor rooflights), improving the brightness and comfort of the space.

Tight Sealing for Energy Saving: A special rubber gasket and aluminum trim are used for double sealing between modules, effectively preventing rainwater leakage. If insulated glass modules are selected, it can also reduce heat transfer, minimize heat exchange between indoor and outdoor spaces, and contribute to energy conservation and consumption reduction.

5. Adaptation to Diverse Scenarios with Wide Application Range

With flexible size customization and stable performance, the Modular Light Well can be adapted to various rooflight scenarios:

Residential Scenarios:

Balcony/terrace rooflights: Custom-sized modules are used to build transparent rooflights for balconies and terraces, meeting both rain protection and lighting needs.

Attic/top-floor rooflights: Through module combination, suitable rooflights are built for attics or top-floor spaces to introduce sufficient natural light.

Commercial Scenarios:

Shopping mall/supermarket rooflights: Large-sized modules are combined to provide uniform lighting for atrium and shopping area rooflights, enhancing the shopping experience of customers.

Office building/hotel rooflights: Adapt to rooflights in corridors, lobbies, and other areas, and fit the simple style of commercial spaces with a neat shape.

Industrial/Public Scenarios:

Industrial plant rooflights: Large-sized customized modules are used to provide large-area lighting for the top of plants, reducing the cost of artificial lighting in production areas.

Underground space rooflights (e.g., underground garages, underground shopping malls): Natural light is introduced into the underground through ground light well modules, improving the dim problem of underground spaces.