MOJAH SKYLIGHT SYSTEM
Mojah Skylight – Natural Lighting Without Energy Consumption
Mojah Skylight is a company specialized in providing skylight units, which are innovative architectural solutions used in both residential and commercial buildings. These units provide natural lighting without energy consumption or exposure to harmful rays, using heat-insulating transparent glass.
Skylight Features:
Skylight units are an excellent choice for buildings with large atriums, offering natural lighting throughout the day. Additionally, residents can enjoy the night sky view in the evening, creating a peaceful and calming atmosphere. The glass used is heat-tempered and multilayered, with the most important layer being the internal layer (Lamination) that includes a transparent film for enhanced safety and protection.
Structural Profiles Used:
Each architectural opening dedicated to a skylight unit has a unique design, with precise structural calculations to ensure the selection of the appropriate aluminum or steel profile. The choice of the main profile, which holds the glass, is crucial as it is a purely structural task that cannot be overlooked to ensure the unit remains securely in place, preventing any potential risks.
Available Shapes:
Skylight units come in various shapes, including:
- Pyramid shape
- Conical shape
- Flat shape
- Semi-spherical dome
Roof Windows:
Larger skylights that can also be used as emergency exits are sometimes referred to as “roof windows.” These are typically positioned a few feet above the ground and allow for ventilation and natural light.
Automated Units:
Automated skylight units are also available, featuring electric motors or compressed air devices. Some models include humidity sensors, enabling the skylight to automatically close when rain is detected.
Skylight Design Priorities:
The placement of the skylight unit is determined based on the designer’s vision regarding the orientation of the building and the amount of sun exposure to ensure continuous light while avoiding conflicts with neighboring buildings’ heights.
