Daylights bring sunlight inside the building without any heat, thereby eliminating the need for electrical lights in the daytime. This article gives an overview of the various Skyshade daylights installed across India.
Read More
Daylights are economically beneficial not only in terms of reducing the lighting cost, but also reduces the heat by eliminating the heat emitted by the lighting load. This articles uses simulation to understand better.
Read More
Skyshade Norikool Daylight eliminates the transfer of heat into the buildings in great extent. To understand the impact of Norikool in the the transfer of the heat, the following two case studies are helpful. Methodology The site temperature is measured using a fluke thermal imaging camera. In case study one, the difference in temperature between conventional skylight and skyshade norikool double glaze daylight is measured. In case study two, heat transmit at skyshade norikool double glaze daylights and the non insulated roof is measured and the difference in noted. CASE…
Read More
The use of daylights i.e., bringing sunlight in to buildings without any heat has become prevalent these days. These daylights are replacing the conventional skylights or strip lights. The daylights have many advantages over the conventional skylights. The factors that show that daylights are better than traditional skylights are listed below. Skylight to floor ratio Material Construction Spread of light Roof area usage Life & Maintenance required Heat transfer Automation Product Technologies Skylight to floor ratio (SFR) The ratio of skylight area to the floor area is called the Skylight…
Read More
Ceiling fans are widely used in workplaces. Even though many work places have centralized or other type of air conditioners, ceiling fans are still used for ventilation purposes. The selection of the ceiling fans is fundamentally based on the following factors Room size Energy consumption. Payback Period Room Size Based on the room size, the fans can be selected by the blade span. Blade span is calculated by multiplying the length from the center of the fan to blade by two. Blade Span = Distance from the center of the…
Read More
Call us
