October 21, 2021 4 min read

If you're looking to equip your home, office, or outdoor area with new lights, you have more options than you may realize. Plasma lighting vs LED lighting is what all the hype is about. LED bulbs are well-established and famous for a good number of reasons. However a new technology - PLASMA or LEP lights - is making a breakthrough. With many different lighting options, it can be challenging to choose the one that will fit your needs best. We did the research for you, so keep on reading to learn if LED lighting or PLASMA is the right choice for you.

Power Practical LED light bulb being held

LED Light Technology

Most of us know and remember incandescent light bulbs from our childhood. You probably remember them burning out and having to be careful not to touch them while they're hot. With LEDs, all of that changed. LED stands for "light-emitting diode" or miniature light sources. A microchip allows the electrical current to pass through and illuminate the LEDs. The result - visible light. Besides many benefits of LED lighting, thanks to their size, LEDs open a wide range of possible uses and a variety of design opportunities. Read on to find out more about plasma lighting vs led lighting.

LEP Light Technology

Light Emitting Plasma is an original, innovative technology developed by LUXIM. In the context of lighting, Plasma denotes sources that have a continuous spectrum. LEP bulbs are groundbreaking and bring lighting to another level. Unlike other technologies, Plasma doesn't have a filament. It uses a single-point quartz bulb filled with noble gases - one or a mixture of several. Some bulbs also have other materials, like mercury or metal halides. When you turn it on, the electric field ionizes the gas molecules, creating a gas plasma. The gas plasma vaporizes the halides, which become part of the gas mixture, and in the end, emit a bright, white light. 

What Are Some Pros of Using LED Lighting?

Efficiency has become an imperative of modern times, and even lighting isn't excluded. Investing in an LED light bulb will pay off in the long run. They're energy-efficient, have a longer lifespan, and can last at least 50,000 hours. 

Incandescent bulbs need time to warm up and can flicker in the winter period. Maybe we've seen too many horror movies, but flickering light bulbs are not relaxing. LEDs don't need time to warm up, and they won't be hot to touch, even after they've been on for a while. When you flip the switch, the light is on immediately. 

It's not only the prompt light you get; LED light bulbs emit a great deal less heat. They are 80% light and merely 20% heat. It is a fantastic feature, especially if you have kids and want to avoid potential burns. 

Energy efficiency is one of the essential qualities that make LED light bulbs environmentally friendly. Another point worth mentioning is that it's mercury-free, unlike CFL lights. LEDs aren't as likely to break or burn out as incandescent lights, making them a lot sturdier. 

What Are Some Pros of Using LEP Lighting?

LEP energizes a quartz bulb, which produces a solid-state light source, creating a full spectrum, which is its biggest strength. In the battle of Plasma lighting vs LED lighting, Plasma wins the light intensity fight. LEP uses minimal energy in the process because it's free of mechanical parts that other light bulbs have, like filaments and electrodes. There is no current running along the filament because they use electromagnetic energy to generate light. Light is produced solely through electromagnetic energy, and because of this, plasma lights essentially produce no heat. 

Any type of light with electrodes or filaments shortens its lifespan. LEP bulbs can last more than 30,000 hours because they are free of these expendable components.

Plasma Lighting vs LED Lighting - Performance

No doubt LEDs are a unique lighting option that opens up a whole new world of lighting. However, when you need something more intense, LED is probably not going to cut it. That's when LEPs jump in with their high-intensity, full-spectrum illumination. The intensity of LEPs is ten times higher than that of tungsten lights and two times higher than LEDs. Because its output is flicker-free, the LEPs give a continuous light spectrum, most similar to daylight. 

LEPs aren't much of a threat to other technologies for home lighting, but it's a different story for infrastructure and entertainment lighting. Because they produce such intense light output, LEPs are often used in large-scale applications. The creator of LEPs, Luxim, claims that Plasma can produce 144 Lumens per watt, which is more than double compared to LEDs' 65 Lumens per watt. The superior performance of the LEPs owes thanks to the full-color spectrum without phosphor conversion. 

While LEPs use a device to generate RF energy to power the plasma light source, LEDs use the device itself to generate light. Although very different, the two lighting options have some similarities. Some of them being the directionality of the light output, control systems integration, and component reliability. 

One of the downsides of LED bulbs is that you can't dim them, whereas the great thing about Plasma light is that you can connect them for wireless dimming. It also allows for control and capturing data. 

On the other hand, LEDs don't contain any toxic metals like mercury and don't pose a threat to your health or the environment, which gives them an upper hand in the context of Plasma lighting vs LED lighting.

To Recap: Plasma Lighting vs LED Lighting

The more you know about your specific needs, the easier it will be to make the right decision when it comes to Plasma lighting vs LED lighting. Also, you don't need to be tech-savvy to choose, but it helps to know your way around the latest updates. Even a tiny thing like  a plasma lighter can make your life easier if you choose the best. Knowledge is power, and whether it be electric or Plasma, it's up to you. 

Contributing Writer: Eni Susak


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