• Lumina “Max Lighting” accessory can increase the solar capture when the sun goes down (winter solstice) and at sunrise and sunset.
• Lumina Aluminum tunnel/tube has a special highly reflective inner coating (almost perfect mirror), reflecting 99.7% of the sunlight, sending it to the inside of the building.

• A light probe can be used that allows the best regulation of all light points, minimizing the electrical consumption of the installation.
• or MPCB (Metal Print Circuit Board) can be used instead with the optimized configuration, with a built-in heatsink, which can be regularly customizable. The MPCB is later coupled to the solar tube ring, optimizing thermal transfer and maximizing optical power.

MPCBs are equipped with SMD connectors allowing flexibility in handling.

• All LEDs are powered by current drives.

Daylight is always associated with improved mood, enhanced morale, and less fatigue. Studies suggest that environments with natural light have a direct impact on increasing the productivity and satisfaction of students and employees. Moreover, introducing daylight into your building will reduce the amount of artificial light decreasing your electricity cost from 15 to 40 percent.

Although the LEDs are inside the solar tube, the reflection to the outside is very low (less than 5%) due to the fact that the MPCBs has been designed for optimal orientation of the LEDs used, so that all the optical power is directed down to the diffuser, making no reflections in the mirror of the solar tube.
In this way, a uniform flow of light is achieved.