The Advantages of Solid State Designs in LED Lights

The success of LED lights can be traced to its unique, solid-state design. Like solid-state hard drives, the units feature virtually no moving parts. By comparison, traditional luminaries, such as incandescent lights and metal halide lamps, are comprised of loose filaments, which makes them unstable and prone to premature failure (breakage) when exposed to rough conditions or treatment. Furthermore, without the use of toxic gases, solid state lighting is exponentially safer to handle and use.

How does solid state lighting improve LED efficiency and performance? Find out below!

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Solid State LED Lights 101

There are several benefits that solid state designs bring to LED lights. One of these is an increase in lifespan by up to 50,000+ hours or 2,000+ days. The units are able to achieve this lifespan by reducing the wear and tear commonly associated with moving parts. Outdated lighting technologies resemble car motors, in a sense that they use a myriad of moving components that are susceptible to decay. This is why incandescent lighting can only reach roughly 3,000+ hours of use, while metal halide units come with around 20,000+ hours of use.

Solid state LED lights also offer energy savings, due to less effort requirements for illumination. Without the need to constantly generate movement, LEDs are capable of reducing energy consumption by a whopping 70 percent! This also makes the luminaries suitable for intrinsically safe lighting products that rely on low voltages during operation. In such hazardous environments, intrinsically safe LEDs operate at cooler temperatures, reducing the possibility of surface temperature-related ignitions.

Applications and Form Factor

If you look inside a fluorescent tube, you’ll notice that there’s a lot of empty space inside the unit. This is needed to promote gaseous reactions during illumination. But such chambers also take up a lot of space. This is where solid state LEDs really shine. The lights are extremely compact, consisting of tightly manufactured chips or diodes, neatly lined up on a board. The concentrated configuration offers more intense lighting with minimal space requirements.

For businesses and individuals with strict lighting needs, solid state LEDs have made illumination possible in extremely tight, limited spaces. In machining, operators are able to install the modern lights close to the working components. Moreover, they can withstand vibration for long periods of time without succumbing to failure. In medical labs and warehouses, LED strip lights are top choices for professionals. The units can be installed under cabinets, walkways, tables and other platforms that cannot accommodate large, bulky luminaries.