The eLEDing uses LED (light emitting diodes) lighting, providing a super bright lighting source while generating almost no heat (under our exclusive cooling management). The bulbs that comprise the LED lighting have over 100x longevity compared to the average low-voltage, traditional bulb used in other lighting products.
Because the eLEDing arranges the LED bulbs into an ergonomic matrix design, the lighting is dispersed and projected on a wide expanse, allowing for greater light coverage and balanced projection comparing with other lighting system using few LEDs. The eLEDing's exclusive LED matrix arrangement ensures that even a few unlit LEDs will not diminish the strength of the eLEDing's luminosity. Other lighting products use bulbs that need frequent replacement; our LED lighting system can be used for 20+ years before any replacement is necessary.
The properties of LED lighting used in the technology of the eLEDing offer a multitude of technical benefits over other types of lighting.
- LEDs are many times more efficient at producing light than incandescent bulbs or fluorescent lamps. In addition, the lifetime of an LED is about 100,000 hours (27 years assuming the LED is on continuously for 8 hours per day); this is about 20 times as long as the best incandescent bulbs (5,000 hours) and twice as long as the best fluorescent lamps (cold cathode CFLs are rated at about 50,000 hours).
- LEDs are extremely durable. Vibration or shock easily breaks the fragile filament in an incandescent bulb and the glass tubing of a fluorescent lamp. LEDs, on the other hand, are completely solid-state technology and are virtually indestructible!
Below, a comparison chart on the variations of specifications between LEDs and traditional bulbs.
|
Lamp Type |
Incandescent |
Compact Fluorescent |
WLED |
|
Efficiency |
5 - 18 |
30 - 79 |
25 - 50 |
|
Rated Life (hours) |
1000 |
6500 - 15,000 |
50,000 |
|
Durability |
Very Fragile |
Very Fragile |
Very Durable |
|
Power Consumption |
5W |
4W |
1W |
|
CCT K |
2652 |
4200 |
5000 |
|
CRI |
98 |
62 |
82 |
While makers of similar products use lead-based
batteries which are toxic to environment, we restrict ourself and provide
an environmentally friendly alternative in using lithium-polymer (Li-Poly) batteries.
KEY ATTRIBUTES
The risk of leakage or venting is eliminated because the cells are in a solid-state form with a very
limited amount of free-flowing liquid. In the event of an accident, the amount of exposed electrolyte
is limited, providing a safety option not available in a liquid system.
- Running on standard solar panel, the board provides a charge that exceeds that of the average board.
- In fair to poor weather, it generates more than enough energy into the eLEDing.
- Uses monocrystalline silicon as the solar cell material which has the best performance
in energy tranformation (up to 17%) while other makers use polycrystalline silicon as the cell material less than 13%
energy transformation efficiency. - Below is a reference map of average daily sunlight hours in USA. Taking into account the national average daily sunlight hour (around 2.9 hours), the eLEDing is designed to make sure to satify the average needs.
The Motion Sensor (Standard or add on feature)
More precise detection, thanks to a thorough outstanding coverage from our strategic ePIR motion sensor. Other sensor lighting products have a limited performance and stability in its motion sensoring (most still rely on analog PIR tech). With more angles reached, the maximum efficiency of the eLEDing is achieved. The eLEDing is capable of over 60' x 60'+ detecting coverage. The eLEDing uses our latest ePIR sensing technology with mirror lens to reduce all types of false triggers.