LED work lights are a craze these days and for good reason. There are several benefits to using LED lighting instead of incandescent or halogen bulbs. Absolutely, LEDs are the future when it comes to working lamps and they are rapidly replacing all other types of lighting as the leading option available in the market today.
In this comprehensive guide, we will explain the many benefits of using LED work lights instead of halogen or incandescent. We will give you important information on how to choose LED work lights for your specific needs. Of course, we will explain in detail how to find the brightest LED work light for your application. Read on for more!
What Does LED Mean?
LED stands for “Light Emitting Diode”. Light Emitting Diodes are semiconductors that are capable of generating light when electricity is added to a circuit. LED lights were initially marketed as indicator lights, as you will find on electronic devices to indicate on/off or standby mode. Today LEDs are used for everything from chandeliers to vehicle headlights, to work lights. They offer many advantages over other types of lighting which we will discuss later.
Are LED Lights Efficient?
LED lights are highly efficient. When buying work lamps, you are looking for as much bright light as possible to illuminate your workspace. But in most applications, you can’t afford to use five times the power instead of five times the light. This is where the LEDs really shine. Light Emitting Diode lamps use about 20 percent of the electricity of their incandescent counterparts to produce the same amount of light. So, suppose you buy two work lights with the same 60W wattage rating, one incandescent, and one LED. The incandescent bulb is capable of producing about 800 lumens. In contrast, a 60W LED work light can produce brightness up to 6,000 lumens! This incredible discrepancy in the performance of rear lighting technology versus LED lights is clearly highlighted. LEDs are the way of the future when all lighting applications, including work lamps, are considered.
Do LED Lights Have a Long Lifespan?
While the incredible gains in functionality provided by LED lighting configurations are not enough, they are longer lasting than halogen or incandescent bulbs. High-quality LED work lights are good for regular use for over 50,000 hours. Think about it: If you run your new LED work light for 6 hours a day, it will be producing light twenty years from now! Of course, as a new technology, high-quality LED work lights may cost slightly more than less advanced parts – but with greatly improved efficiency and durability, these lamps will cost many times more in energy savings and equipment replacement costs.
Do LED Work Lights Have any Competition?
After reading the previous section of this article, you will probably be completely sold on LED work lights and ready to go to the bottom and learn all about how to find the brightest LED work lights. But before you do that, you’re probably wondering, “Are there any other types of LEDs that can sustain durability, brightness, and functionality”?
The main competitors of LED lighting are fluorescent lamps. LED work lights can use up to 90 percent less electricity than incandescent bulbs, while fluorescent bulbs are able to use up to 75 percent less electricity. But fluorescents are as energy-efficient as LEDs, but they are lacking in many other areas.
First, fluorescent lamps are made of glass tubes that can break if left unattended. In applications like home lighting, this is probably not a big deal; But when it comes to working lamps, the first attributes we look for are ruggedness and durability. You never know under what circumstances you and your work may find the light, and in some applications, it is simply unacceptable to be extra careful about the light or the light. This is one reason that despite being capable of the same energy efficiency, fluorescent lamps do not match LED work lights.
Another downside of fluorescents is that, due to their composition, they contain high levels of mercury. While these rates are generally too low to harm humans, most states still enforce strict recycling laws on fluorescent bulbs. This can be a hassle and you can save your time and go with LED work lights.
Types of LED Work Lights
Now you need to understand why LED lighting is the best available technology when it comes to working lamps. Before we give you the tips you need to find the brightest LED work lights, we will look at some of the types of LED work lights available and why LED is the best technology for these applications.
LED Work Lights for Trucks and Vehicles
LED work lights for trucks and other work vehicles such as tractors and heavy machinery are a great way to get the most out of LED lighting. These versatile lights can be mounted on the outside of the vehicle and connected to the same power source that supplies power to other lamps and onboard components. Most LED work lights mounted on vehicles and machinery are mounted on certain types of swivel devices that can illuminate the board, in areas away from the vehicle, or in some applications. For example, swivel-mounted lights mounted on the top rack of a truck bed can be directed outwards to illuminate the work area or rotated downwards on the bed itself, where it will be conveniently easy to locate tools and other objects.
An important advantage of LED lights in vehicle-mounted applications is their incredible functionality. Energy from a generator or a 12v battery is often limited, so it is important to have both bright and high energy-efficient light sources.
Portable LED Work Lights
In most rough work applications, a stable energy source is not readily available. For these situations, you need a bright light that brings its own energy source. Enter: Portable, battery-powered LED work light. These rugged portable LED work lights can range from headlamps to flashlights, to floodlights capable of illuminating entire rooms. LED lighting technology allows for the installation of bright, quality lamps with insane energy efficiency, while new rechargeable battery technology is taking these lamps to the next level. Another great application for battery-powered LED lights is emergency work lamps that remain plugged into the main AC power source, charge the battery, and then switch to battery power when the power is turned off.
How to Find the Brightest LED Work Lights
By now you have realized that LED lighting provides more brightness when using less energy. You also know that LED work lights give users benefits such as longevity, durability, and ruggedness. So, how do find the brightest LED work lamps? To be successful in finding bright lights, you need to understand some key terms and how they are used in the context of LED brightness.
A lumen is a general estimate used to measure how much light is transmitted through a light source. The term ‘universal’ is used to indicate that lumen can be used to measure the number of light effects for fluorescent, halogen, radiant, or LED lighting. As explained in the proficiency section, LED lamps produce more brightness than standard incandescent bulbs, consuming the same amount of energy. Equipped with 100-watt bright light to produce about 1500 to 1700 lumens of light. For testing, a 100-watt LED lamp provides about 8000 lumens of light!
So, what exactly is Watt? Watts are not a direct measure of brightness, but it is important to understand when shopping for the brightest LED work lights. When lumens measure the amount of light output for a given light source, watts indicate the amount of energy used to produce the glow. Consistently, LED work lights to use less wattage to provide lumen than their incandescent and halogen counterparts.
‘Wattage Equality’ is a term you use when looking for LED work lights. Most incandescent bulbs are advertised in terms of wattage, not lumen, wattage has become an industry standard for measuring brightness. You will see many incandescent lamps which are advertised only by their wattage (60w, 80w, 100w, etc.). So, to measure LED brightness, most LED lights advertise a ‘wattage equivalent’ number. The wattage equivalent is the light output, but instead of measuring it strictly as lumens, it measures how many watts it will take to produce as much light as the LED can produce. For example, a 14 watt LED work light can produce 1500 lumens. An incandescent bulb that produces 1500 lumens uses approximately 100w to do so, LED lighting can be advertised as a “100-watt equivalent”.
The efficiency of light is the number of lumens it can produce per watt of energy it uses. The higher the efficiency of light, the more efficient the light. LED lights have the highest efficiency of any type of lighting. Efficiency is a great tool to use when trying to sort through different LED work lights as it points to lamps that can produce the most light and consume the least energy.