What are the benefits of high bay lighting for various applications?
High bay lighting is often suitable for any large indoor area that has to be lighted. Think of areas such as factories, warehouses, large department shops, gymnasiums, manufacturing facilities, and more. These places are usually large and occupy a lot of both horizontal and vertical space. Strong lighting is necessary to produce the right foot-candle levels for sufficient illumination. Usually suspended from the ceiling by hooks, chains, or pendants, high bay lighting fixtures can also be fastened to the ceiling directly, much like troffer lights. High bay lighting is seen in operation in the picture above.
High bay lighting is necessary for a variety of institutions and businesses. Among the most prevalent are:
Storage facilities
Facilities for industry (Click here to learn more about industrial LED lighting.)
Production plants
Gyms in schools and universities
Community centers and leisure centers are examples of municipal facilities.
Department stores and other commercial uses
Why pick LED high bay lights over fluorescent, metal halide, or other types of high bay lighting?
When high bay lights were needed in warehouse and industrial settings, a variety of lighting solutions were (and still are) employed. Metal halide (MH), high pressure sodium (HPS), and fluorescent are a few of the most widely used. Although each of these bulbs has advantages, industrial LED lighting performs far better than its traditional equivalents. Let's examine some of the factors to take into account when determining if an LED retrofit is suitable for your industrial area or warehouse.
Metal halide high bay lights vs. industrial LED lighting: If you've ever attended a ballgame, you've probably seen metal halide lights lighting the field. In sports and warehouse/industrial settings (as well as any other environment where huge, elevated spaces need to be lighted), MH lamps are frequently used. Compared to other types of conventional bulbs, MH lights have the advantage of relatively appropriate foot-candle levels and decent color rendering. Their failure features include flickering on and off, and they might take a long time to warm up (often 15-30 minutes). They are also expensive to maintain. Furthermore, a large portion of the energy they generate is lost as heat. Learn more about Metal Halide vs. LED Lighting.
High pressure sodium (HPS) versus LED high bay lighting: HPS lights are frequently utilized in commercial, industrial, warehouse, and recreational settings where high bay lighting is suitable. Their advantages include a comparatively long lifespan, a low selling price, and good energy efficiency (low operating expenses). LED high bay lighting outperforms HPS lighting technology on all three categories, however HPS lighting technology still has these benefits over the majority of conventional bulbs. The weakest color rendering available and a warm-up time are two drawbacks of HPS lamps. Learn more about the differences between low pressure sodium lights and high pressure LED lights.
Fluorescent lighting vs. industrial LED lighting: Fluorescent lighting, mainly T12, T8, and T5 lamps, is occasionally used in warehouse or industrial settings, while being less prevalent. One advantage of fluorescent lights is their comparatively high efficiency (particularly when compared to other traditional bulbs) and lower startup expenses. The presence of hazardous mercury (which necessitates specific waste disposal methods), a shorter lifespan if turned on and off, and the need for a ballast to stabilize the light are drawbacks. Learn more about fluorescent versus LED lighting.
What are the three main advantages of employing LED lighting technology in high bay and other applications?
It's no secret that LED lighting technology has significantly outperformed traditional lighting. There are three general advantages of LED lighting that are applicable to all lighting applications, in addition to the factors already mentioned.
lower maintenance needs. As was previously said, LED lights last four to forty times as long as many traditional bulbs. As a result, fewer worn-out bulbs will need to be replaced. Additionally, LED lighting technology uses a diode to generate light in a different way than conventional fuel and filament lighting (read more in this blog). As a result, there are fewer moving parts that could break, requiring fewer replacements or repairs. When it comes to warehouse or industrial lighting, maintenance is a particularly crucial factor. Due to the increased mounting heights of high bay lights by definition, changing a lightbulb calls for certain tools or ingenuity. The most common methods for changing or replacing bulbs are scaffolding, catwalks, and hydraulic lifts; each of these may require extra equipment or maintenance expenses. Again, because industrial LED lighting lasts so long, fixtures need to be replaced considerably less frequently, which lowers costs for your business.
better lighting conditions. When compared to most other bulbs, industrial LED lighting and high bay lights will usually perform better in terms of color rendering index (CRI), correlated color temperature (CCT), and foot candles. The CRI measures how well a light can convey an object's true color in comparison to the ideal light source, which is natural light. To put it simply, CCT describes the "glow" that a lightbulb emits. Is it cold (bluish white) or warm (reddish)? Foot candles are essentially a measure of efficiency that compares the quantity of light coming from a source with the amount of light hitting the desired surface. LED lights are excellent in all three areas. (Read more about foot candles, CRI, and CCT here.) improved energy efficiency.
LED lights use less energy to produce the same amount of light than traditional lighting solutions since they not only generate light differently but also disperse it differently. How does that operate? First, a large portion of the energy generated by many conventional lights is wasted as heat (this is particularly true with metal halide lighting). Second, the majority of traditional lights emit light in all directions, making them omnidirectional. Because light must be redirected using fixtures, a lot of it is wasted pointing at a ceiling or being diluted. These two issues of energy waste are eliminated by industrial LED lighting for applications that call for high bay lights (via heat loss and omnidirectional emission).
Do you still have inquiries concerning the lighting in the high bay?
We've compiled a lot of resources to help facility managers and owners learn about LED lighting and how it can benefit particular applications. Visit our "Lighting Education" page to learn about specific types of fixtures (such as high bay or other industrial LED lighting fixtures), or view case studies for similar organizations to see what the results were for their LED retrofit. We also have a free return on investment calculation that can help your organization discover how long it will take to recover the initial investment through reduced energy needs and maintenance costs. As always, please feel free to reach out and ask us any questions directly - we would be honored to help you on your way to improved energy efficient lighting solutions.
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