LED LIGHTING
(LIGHT EMITTING DIODE) technology is today’s most energy efficient and rapidly developing form of lighting.
LEDs last longer, are more durable and offer a better quality of light than any other type of lighting products currently available.

ENERGY SAVINGS
LED lighting is a highly efficient lighting technology, and has the potential to fundamentally alter the way we think of lighting in the world today. Within 20 years LED lighting could be solely responsible for saving over 348 TWH of electricity. This is the equivalent amount of electricity produced annually by 45 major electrical power plants, and a saving of over $30 billion at today’s prices, not to mention the eliminating the consumption of millions of barrels of oil.

THE DIFFERENCE
LED lighting is very different from other lighting sources such as incandescent, halogen and CFL bulbs. Key differences include: Light source LEDs are near monochromatic light sources. They omit various colors depending on the materials from which they are made.

LIGHT DIRECTION
LEDs are relatively directional —something like a flashlight—however, if properly designed and utilized the lighting products derived from this technology can be used for virtually every lighting application. With other types of lighting the light must be reflected to the desired area and more than half of the light may never leave the fixture.

HEAT DISSIPATION
LED lighting emits a fraction of the heat of conventional lighting technologies such as incandescent, halogens and CFL. It is common for conventional lighting to reach temperatures in excess of 400 degrees while LEDs are typically approximately 250-350 degrees cooler. Due to the low heat used.

EFFICIENCY FACTOR
LED lighting operates with an 88 to 90 percent efficiency rating. Translated, means that 88 to 90 percent of the power consumed by LED lighting is light the remaining 10 to 12 percent is heat. As opposed to conventional lighting wherein 10 to 12 percent is light and the remaining balance is heat. The greatest cause of lighting failure is heat, therefore as LED lighting uses exponentially less heat it is granted a corresponding greater life span.