It is LED lighting source which is the main green lighting in the 21st century. LED lighting is not only the technology of making and sealing of LED chips but also a system which include the design of optics, heat, the management of power supply and so on.
In point of LED capability at present, the compositive LED drive by the Low-voltage constant-current make the engineer face to first solve the semiconductor lighting the high temperature heating-sinking problem and the power supply management problem caused by the alternating current city electricity transfer to low-voltage, constant-current electricity.
It is a series Value Chain from LED extended flack to the final lighting lamp, material extension: The making of LED extended flack and chip →the sealing of the core of tubes→ the design and assembly of lamps and so on. On the hand, every link of the value chain can form an independent products, and has respective technology barrier and the need of study. On the other hand, the quality of the final products will be influenced by every link. For example, the main part of semiconductor is chip, but the lighting efficiency can reach 100lm/W, it doesn’t equal to the lighting efficiency of semiconductor can reach 100 lm/W; the most import is that if semiconductor Lighting lamp can be approved by the market, it must have the obvious advantage on the efficiency of the lamp, reliability, the soft of the eyes and so on other integrated capability, compared with the traditional lighting lamp.
In another word, even if the efficiency of semiconductor lighting lamp can reach 100lm/W, it does not mean it must be accepted by the market. There are many technical problems waiting us to study, such as the lighting effects and quality which include color rendering, Chroma consistency, reliability, the soft of eye and so on.
The extension of market will promote the quantity and the investment of study. Spend up the technology progress; thereby make the capability improved and price lowered. It is possible for Semiconductor lighting to come into and extend the market, only when the development of technology have the advantage of efficiency, quality of lighting, and design compared with tradition lighting source.
Are you considering changing to LED panel lighting? Well, you're not alone. More and more people are seeing the benefits of LED panel lights and are debating a switch away from their old fluorescent or incandescent light bulbs. Then, why are LED panel lights worth switching to? Please read on to find out more.
Why LED Panel?
The first reason many people consider installing LED panel lighting is its visual aspect. White LED panel lights are really simplistic in nature, but can produce a bright and modern-looking place. Colored LED panel lights, on the other hand, can completely transform an area, giving it rich with ambiance.
Some other reason people are considering LED panel lights is because they cause a longer lifetime than their incandescent or fluorescent counterparts. The quoted lifespan for many LED panel lights is upwards of 50,000 hours. Liken this to the typical lifespan of an incandescent or fluorescent light bulb (typically quoted as 1,200 and 10,000 hours, respectively) and it's easy to find out which type of ignition is the clear victor.
A third reason people look at making the switch to LED panel lighting is because LED light panels use less force and offer superior brightness in comparison to fluorescent or incandescent lighting. Because LED panel lights use less power, you can anticipate to experience a decrease in your overall energy costs following installation.
There are many causes why you should consider changing to LED panel lights for your indoor lighting needs. Not alone can they add a simplistic, yet modern touch to any country, but they also last longer and use less energy than fluorescent or incandescent light bulbs. So what are you still waiting for? Hit the switch to LED panel lights today!