LEDs are a very efficient light source with many benefits. LEDs offer light which is free of UV and infrared frequencies, with a minimal energy consumption and a life expectancy in excess of 50,000 operating hours in a compact and micro package. LED technical development and “improvement of light output doubles every 2 years. Today LEDs have already exceeded the values of halogen and incandescent lamps. In the near future the light output / efficiency will approach that of fluorescent lighting.” (Citation: Information to implementation of light No. 17, page 1) The "Light Emitting Diode", for short "LED", consists of the actual LED chip, a reflector, a contact wire, and plastic housing which culminates the light in a lens. The LED chip itself is a semiconductor which emits light when stimulated by electricity. The diverse LED light colours red, green, blue, yellow and amber are achieved by the use of different semi conductor materials. White LED light can be created by two different methods. The first method is by mixing red, green, and blue colours (RGB). This method is used in our LED strips, LED lightbank, RGB bulbs, and LED in serts. The other method is a white light emitting LED. Normally this is done by using a blue LED coated with a yellow phosphor powder, that filters the blue emitted light to produce a white color. By using a precise concentration of the applied phosphor, only a white light will be visible.

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