7 Benefits of LED Lights versus Fluorescent Lights

An easy comparison of fluorescent lights and LED lights, or other methods of illumination that are energy efficient today, will demonstrate that LED lighting is the best choice for businesses and people. With the constant advancements in the field of technology, there’s no reason to doubt that the world is seeing an increase in green LED lights.

Why LED lights are better than fluorescent light bulbs?

Here are seven reasons to get an understanding of the reasons LED lights are superior to fluorescent light bulbs –

1. Absence of Ultraviolet light in LEDs

The fluorescent lamps (especially those with the number T8) are well-known because of their damaging UV radiation. A study published in 2008 by The Scientific Committee on Emerging and newly Identified Health Risks (SCENIHR) discovered alarming links between fluorescent lighting and various human diseases.

Another study of the Health Protection Agency of the United Kingdom found that certain lighting sources produce the ultraviolet rays. This is connected to a variety of health issues, the majority of which can aggravate existing medical conditions such as Asperger’s disease, Meniere’s disease as well as cataracts).

If you are in the art field LEDs are superior to fluorescent lighting because UV rays from other light sources can harm watercolors on glass, canvases and even textiles. This could cause damage to expensive artworks.

2. Low-Voltage

LED lights run using a power source with low voltage this is a major benefit for people who live in areas where there are lots of electrical disturbances or in rural areas. However, this isn’t the case for fluorescent lamps.

Technology advancements have allowed certain LEDs to produce more than 100 lumens for each Watt.

3. Switching Lighting On and Off Frequently could cause Bulb failures to become more frequent.

In reality, if they are constantly being switched off and on in one day, their life span could be shorter than a simple incandescent lamp. This is because each when the light is switched on, it damages (slightly) the surface of electrons emitting that is found on the cathodes. Once every emission component is used in the process, a fluorescent lamp will be unable to provide light regardless of whether the voltage of ballast is that is available.

4. LED Lights, Lack Mercury

This is a feature that’s in every lamp with fluorescent light. Even if a tiny amount of mercury (Hg) is spilled in the first place, it could contaminate the environment around it. Even small amounts of mercury exposure can cause serious health problems and pose a risk to the development of a child in the uterus and in early life.

The broken bulb glass is considered to be a greater risk than mercury itself. Vacuuming it is not recommended, to avoid airborne particles. Since LED lights are not contaminated with harmful chemicals, they provide the perfect lighting option, particularly for homes with children.

5. LED Lights last longer

LEDs are made of extremely durable components built to withstand harshest and toughest conditions. They also withstand shock, vibrations external impacts, and all elements that are natural, which makes them perfect for both personal and commercial outdoor usage.

6. Lights from Fluorescent are Inefficient at both Low and High Temperatures

Like LED lights, LED lamps work best in room temperatures that is not affected by the surrounding temperature. Even in temperatures that are extremely low or high the LED lamps can function perfectly (due in part to dissipation parts like heat sinks or cooling fins). In addition T8 fittings may need to be replaced by specially designed lamps that can withstand these extreme conditions.

The main use of this technology is in roadway and railway signaling. In the event that there’s the slightest amount of ice in the vicinity of fluorescent lamps, the light sources will dim, which decreases the effectiveness and raises the chance of accidents.

7. Light From the bulb isn’t directed.

These bulbs emit light that is visible in every direction (360 degree). In all, around 60 percent of the light can be used, and the remainder is wasted. This means that there are more lamps inside the building particularly in commercial structures, which can result in an additional 30% of electric bills that could have been easily avoided if LED lamps been utilized instead.

The majority of LEDs don’t emit light in all directions and their directional characteristics are contingent on the lamp’s design.