Technology Overview
LED (Light Emitting Diode) is the next generation of lighting technology and design, rapidly becoming the preferred lighting solution of both professionals and consumers. LED stands for
Light Emitting Diode. The bulb" is a small electronic device comprised of a tiny semiconductor diode in an epoxy resin container that glows when voltage is applied to it. This unique method of generating light output provides LEDs with a variety of advantages including energy-efficiency, longevity, durability and safety.
Efficiency
One of the key technologies breaking through is the use of LEDs. Consuming up to 90% less power than your standard incandescent light bulb, LEDs are an extremely energy efficient technology. Lower power consumption means lower energy bills.
Here's an example for you on the efficiency of LED Lights
- LED Rope Light: 0.73 watts/ft * 150 ft run = 109.5 watts
- Standard Rope Light: 6 watts/ft * 150 ft run = 900 watts
- The Standard Rope Light consumes over 8X as much energy!
The typical life span of an LED is 100,000 hours, compared to a ordinary incandescent bulb which has a life span of approximately 1,000-1,500 hours. Here is a breakdown of the expected LED life spans
- 100,000 hours powered for 24 hours/day = 11.5 years
- 100,000 hours powered for 8 hours/day = 34 years
- 100,000 hours powered for 4 hours/day = 68.5 years
Safety and Durability
The lights are unbreakable with normal use and made of an epoxy flameproof plastic. As the electrical semiconductor in an LED emits light, it will generate virtually no heat output and is cool to the touch eliminating the risk of fire. Leaving it on for an extended period of time can also be done without incident . This is different from incandescent light bulbs, where it is the heating of the filament that generates light. Of all the energy incandescent bulbs consume, 95% of it is heat output. This is why they are hot to the touch and can be a possible fire hazard.
FAQ
Why are LEDs more expensive? And why are some colors more expensive than others?
LED is a state-of-the-art technology and with that comes a higher cost in manufacturing. But there are advantages to using LEDs which can help offset their initial higher price, including that they are cheaper in the long run to operate due to energy savings and low maintenance costs. With Light Emitting Diodes however, it is the diode that emits the intended color. For this reason, each LED color comes from a variety of different semiconductor materials to achieve the desired color. The diference in prices for these materials determine the prices for certain colors. For example, white is typically the most expensive LED to produce. This is because in some LED applications, it is generated by combining a red, green, and a blue LED together to make white.SHIPPING
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