Roof Monitors Daylighting

Traditional skylights offer natural daylight which can improve the health and productivity of building occupants.

Roof monitors daylighting.

With velux commercial products you can provide optimal light distribution at the building s core while minimizing glare and enhancing architectural design. Daylighting through the roof of commercial buildings provides benefits that no other light source can offer. As with skylights roof monitors help disperse natural daylight more evenly and completely throughout a room than windows on the side of a building. They were bought by an italian candy company before achieving the goal.

It is best to build daylighting design around roof monitors. Windows located high in a wall or in roof monitors and clerestories will result in deeper light penetration and reduce the likelihood of excessive brightness. Reflect daylight within a space to increase room brightness. In any given building side lighting top lighting or both should be reviewed as potential daylighting sources consistent with the other design parameters of the building.

7 31 2014 slide 146 daylighting. Top lighting can also be achieved through the use of saw tooth profiles roof monitors or other architectural features and offsets to capture and re direct daylight downward. Allow daylight penetration high in a space. The monitors allowed that to happen in a way that skylights could not.

Traditional skylights tubular skylights and roof monitors are the main types of rooftop daylighting ventilation penetrations and should be considered individually because of their varying benefits. Commercial roof monitors in addition to superior daylighting our versatile line of commercial roof monitors performs two critical functions. Below is the daylit zone for a rooftop monitor with a window 4ft high projecting over a 10ft tall roof. Or high north glass transom windows the guide states.

Windows that contribute to a daylighting design should be those above seven feet or door height. It is also possible to incorporate domed cylindrical light tubes that are specifically designed to maximize the daylight received at any angle and direct it down into the building in strategic locations. This project was built in 1997 by dutch owned candy company who had taken on the challenge of becoming sustainable by 2004. Uniform lighting and the elimination of glare.

Daylight can be brought into a building through the roof by using well known techniques such as skylights roof monitors and clerestories. The glass in the roof monitors faced south to get the maximum amount of sunlight into the building all day long in a way that could be controlled.