Notes

Stage Lighting Equipment ON THE MARKET
Lighting Tips for Stained Glass
Connected with churches, stained glass has its place in the home, as well. The tints of the glass change white light right into a rainbow of color. The keeping a stained glass window or panel plays a significant factor in the result of the glass. In the lack of a window for day light, proper artificial lighting allows the stained glass to contribute to the overall d�cor of a room.

Keeping the Stained Glass
Place stained glass in a window that receives the most sunlight. Absent a sunlit window, the stained glass can are likely involved being an interior room divider where the glass obscures views of other portions of the region. Used for this fashion, artificial light devoted to the glass isn't necessary. Provide lighting behind a stained glass window placed in a ceiling dome to generate the illusion of a skylight. This enhances the mood of the area beneath.

Achieve the best results from stained glass windows by installing them in windows which provide natural sunlight through the glass panels. Skylights also enable natural sunlight to filter through the stained glass to the area below. Best results from stained glass require changing daylight with the brightest daylight at 100,000 footcandles. This brightness typically allows 50 to 100 footcandles of light in the room.
Place stained glass windows or panels in front of an artificial light box in case a window for display is unavailable. A light bulb placed behind the stained glass piece having an opaque panel between them allows the light to softly filter through the glass. The colors of the stained glass come through. A cloth or opaque panel prevents one from seeing the light bulb or lamp behind the stained glass. Avoid gas discharge light bulbs when artificially lighting stained glass. These usually do not properly show the colors of the glass. When Buy stage lighting truss structures Texas , choose natural daylight instead of artificial lighting. See resource for instructions on how best to build a light box to show stained glass.
The sunlight that passes by way of a building's windows not only lights the inside of the building but additionally transmits a solar technology through the glass, often heating the inside unnecessarily. Several energy technology companies will work to develop solar windows, systems that may convert that solar technology to electricity, thereby serving the building's energy needs concurrently that its cooling needs are reduced.

Photovoltaic Glass Unit
A solar window system being produced by Pythagoras Solar uses optical technologies coupled with traditional silicon photovoltaic cells in a window panel the business calls a Photovoltaic Glass Unit (PVGU). The PVGU uses an optical system sandwiched between layers of glass to regulate the passing of sunlight through the window, allowing the PVGU to control how much heat and light that's transmitted through the window and, at the same time, refract sunlight so it's directed toward the photovoltaic cells housed outside the transparent section of the window.

Organic Photovoltaics
New Energy Technologies Inc. is developing a product it calls SolarWindow, a photovoltaic system that uses solar panels embedded in a thin film which might be sprayed onto window glass. These cells were the world's smallest as of 2010, about a quarter the size of a grain of rice, and used organic materials rather than the metal contacts in traditional solar panels. These organic materials have a higher amount of transparency than traditional cells, allowing them to be employed to windows without significantly reducing the transparency of the glass.


Nanoparticle Solar Cells
The Norwegian company EnSol is creating a solar window product that employs energy-generating metal nanoparticles embedded in a thin film that, like SolarWindow, could be sprayed directly on window glass. EnSol says these particles will produce just a slight tint in window glass, allowing an adequate amount of light to feed. The company also suggests that its film could be put on all exterior surfaces of a building, turning the complete building into an energy-generating solar cell.

Passive Solar Windows
The simplest form of solar window technology is passive solar window design. Passive solar design involves considering climate when choosing window placement -- putting windows in south-facing walls in climates where winter heating is most significant, for instance -- and using roof overhangs and landscaping to block sunlight when necessary. The use of insulated, tinted, reflective or spectrally selective glass is also a choice in passive solar designs.

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