Why a LED Lighting Retrofit is so Beneficial to Commercial Industries

What is a Lighting Retrofit?

A lighting retrofit is the installation of new light fixtures that weren’t there before. In this article, I will be going over all the benefits you can expect to see with your lighting retrofit.

What Exactly are the Benefits?

One of the most apparent benefits comes from the fact that you save energy and bulbs with LED.  Customers have seen upwards of a 90% reduction in energy consumption. When replacing old technology with LED, a facility can extend the lamp life, reduce maintenance costs and provide superior lighting compared to all other lighting systems. You won’t have to worry about dimly lit rooms ever again. One little known benefit is the heat given off by LED is far lower than other lights. The build-up of heat from older lights can set off your HVAC system and give you unnecessary expenses.

Secondly, potential tax breaks and utility incentives. Depending on your residency and the kinds of lights you wish to get installed, retrofitting could make you qualified for an assortment of tax breaks, incentives and grants. These are offered through government and utility programs to encourage companies to be more green.

Thirdly, safety reasons. An adequately lit office is free from dark areas, flickering, and even poor color of light. Luckily, LED provides a clean and crisp view. The quality of the light makes it appear more natural, especially when compared to older lighting systems. Consequently, this results in far fewer workplace incidents, allowing Business owners to breathe easier. Employees will also have a much easier time getting their work done in a well-illuminated workspace, increasing productivity.  The brightness from the lights also deters criminals who may want to break in and take advantage of poor lighting.

Lighting Retrofits can drastically improve the work environment, while simultaneously saving you BIG. You can make your money back off of your savings, tax cuts, utility incentives or grants you get access to after making the switch.

Why Upgrade?

The bottom line of most businesses is to save as much money as possible. With a lighting retrofit, you can know you’re making the right call. With LED’s money-saving potential, it would not be very reasonable to stick to older lights, especially when there are potential government programs that can profoundly assist with the cost of installation. Over time, using older, inefficient lights will cost you more than if you spent the money to have an LED lighting retrofit. Overall if you’re interested in saving money while improving the safety of the work environment, contact us.

5 Simple Tips to Improve Energy-Efficiency in Your Business

As a business owner, you want to do everything you can to save money while ensuring your employees and customers have what they need. One of the ways that you can do this is by switching to energy-efficient lighting. Below are five tips that you can use to do this.

Switch to LED

LED bulbs are a lot more energy efficient than regular light bulbs. They use 50% less energy than typical light bulbs, and they last a lot longer, which is also much better for the environment. In addition, they give off a lot less heat, so this means you don’t have to run the air conditioning as much.

Take Advantage of Natural Light

If your business has large windows or skylights, take advantage of sunny days and you will see that your electricity bills are going down. When you are using the sunshine rather than lights, you are using a lot less energy.

Add Sensors & Controls

Lighting sensors and controls will help you save money by turning the lights off automatically when you are not using them. Advanced controls offer daylight harvesting, zone control, task tuning, dimming, temperature/humidity and energy monitoring.

Choose the Right Light for the Task

Match your lights to your tasks. LED is available in a lot of styles and you can use them anywhere. Simply find the right type of lighting for the area and you’ll save money.

These are just five quick and easy ways that you can save money with your lighting solutions in your business. Making your business energy efficient with lighting is a simple and quick way that you can cut costs without affecting your customers’ experience or your employees’ work. Want to know more? Contact us today and let us tell you how we can help.

Top 3 Reasons to Upgrade Your Lighting

Business owners and building managers alike have been waging a war against lower-efficiency facility lighting for generations. Now, with LED lighting more accessible and affordable than ever, facility managers are faced with the question not only of replacing their out-of-date lighting systems, but the question of why they haven’t pulled the trigger on the energy-saving solution yet. With cost-saving effects, lower rates of failure and therefore lower maintenance costs, and better working conditions, business owners are going to want to strongly consider upgrading to energy-efficient LED lighting sooner rather than later.

Save Money on Utility Bills

It’s a well-known fact that LED light bulbs use considerably less energy than their fluorescent counterparts. These energy savings, when spread over an entire facility’s lighting system, could save thousands of dollars over the course of a year. Not only do these lamps save on the utility bill, but utility companies offer rebates simply for switching to LED systems. Business owners would be wise to consider these utility rebates in addition to energy bill savings.

Lower Rate of Failure

Not only do LED lights offer the obvious energy-efficient savings on utility bills, but they also offer energy efficient savings in terms of lower maintenance costs and labor requirements. LED lights last on average, years longer than traditional lighting and therefore present fewer needs for maintenance, replacement, and quality-control measures.

High Quality Lighting Equals Good Working Conditions

Lighting conditions and quality of work go hand-in-hand when it comes to commercial facilities. Business owners and building managers are wise to consider the best and most energy-efficient lighting solutions possible in order to provide safe and productive working conditions for their team. LED lights provide quiet, consistent lighting solutions, allowing employees to focus on the task at hand.

Overall, the energy-efficient benefits of LED have long outweighed their traditional lighting predecessors. So, as a business owner or building manager, the next question isn’t whether to make the switch but rather when is the best time? Contact us to make the switch today!

Reasons to Upgrade Facility Lighting

As a decision maker, you know that every decision you make for your business requires a thoughtful consideration of the costs and benefits involved. Here we will show that not only is a retrofit eco-friendly, safe, and cost effective in the long term, it is a great way to present a bright, clean, and contemporary look to everyone who enters your space.

Retrofitting will Save You Money

While the upfront cost of a retrofit may seem overwhelming, in the long term you will keep more of the profits you make because your overhead (lighting) will cost less. A cost benefit analysis of switching from fluorescent lighting to LED was done at Southwestern Oklahoma State University. They found that switching to LED would save them over $930,000 cumulatively over the course of 10 years.  The analysis shows that the savings in energy costs far outweighs the higher expense of the fixtures themselves. They also note that because LED generates far less heat, during warmer months and in warmer climates the cost of cooling is lowered.

Retrofitting Makes Your Space Safer

LED is solid state, which means there are no harmful gases to worry about. And because they are constructed from plastic, they won’t shatter into sharp shards of glass. And as previously stated they produce very little heat, so handling them after use will not burn bare skin. In addition, the light produced by LED is easier on the eyes and creates less lighting fatigue than fluorescent lights. As noted in the SWOSU analysis, this is due to their low emission of infrared light and zero emission of ultraviolet light.  All this adds up to a safer environment for your employees and customers.

Retrofitting is Better for the Environment

Less electricity used means less fossil fuels burned which means less carbon emissions. We all want to lower our carbon footprint and slow the rate of global climate change. While retrofitting your lighting may not be the most drastic green action you can make, it is among the lowest cost-of-entry steps you can take into a more carbon-neutral footprint.

Modern Fixtures for a Modern World

LEDs are bright, rich in color variety and send a message that your business is forward-thinking and environmentally conscious. When someone steps into your space, they should feel welcomed and safe. Bright, warm lighting is an excellent way to make your business more inviting. Cooler lights show a product’s true colors when on display. There are attractive solutions available for every need and purpose your business has.  And a well lit space makes people feel safer; they can see who they are with, what they are doing, and where they are more clearly.

In short, LED lighting technology is an easy win for everyone.

For more information on how to retrofit the lighting in your business contact us.


5 Benefits of Recycling

Recycling is an important practice in today’s society, when more and more animal species are becoming endangered, the oceans are filled with litter, just like much of our land. Businesses can be a pivotal force for good in the world by using recycling bins.

Have one recycle bin for paper, one for plastic, one for aluminum, and one for glass. These recycle bins should be available for customers and employees. Ideally, recycling bins are the only option and there is no option for trash. You will really make a positive difference in the world if you make the decision to recycle.

1. Money

Financial income is a benefit of recycling. For individuals who recycle electronics, they can earn a significant profit from doing so. For companies who recycle, the expenses towards waste disposal will be significantly decreased. It is actually more affordable to recycle than it is to use only trash cans.

2. Conservation 

Recycling conserves limited resources. Recycling paper will save a huge amount of trees. For instance, according to the Pennsylvania Department of Environmental Protection, approximately 8.2 million trees were saved simply by recycling paper.

3. Energy Efficiency 

Recycling is energy-efficient. Take aluminum cans, for example. You can make twenty aluminum cans from recycled material with the same amount of energy it takes to make one brand-new aluminum can, according to http://www.pacebutler.com/blog/what-is-recycling-7-reasons-why-we-should/.

4. Community 

Recycling brings people together. A growing amount of the population is concerned about the environment and wants to be involved in creating positive change. There are a lot of groups geared towards recycling, where like-minded people come together to do just that. Businesses could have a huge impact on their customers through recycling practices and programs.

5. Job Creation 

Recycling creates more jobs than garbage does. Here are some statistics: 10,000 tons of waste creates one job, 10,000 tons of landfill creates six jobs, and 10,000 tons of recycling creates 36 jobs. To learn more, check out this fantastic article: http://www.pacebutler.com/blog/what-is-recycling-7-reasons-why-we-should/

Contact us at https://www.relumination.com.

Time to Be “Smart” About Lighting Solutions

In the past several decades, the lighting industry has come a long way, going from incandescent and fluorescent lights to HIDs and LEDs. The 21st century has brought us a new approach to lighting – smart operation.

The power of smart lighting solutions is hard to underestimate. They allow you to save time, money, and effort while taking care of the environment.

IoT and Lighting

IoT (Internet of Things) is a network of devices that collect data from integrated sensors. Then special software processes the data to offer automated solutions to the users.

What does all that have to do with lighting?

1. Smart Light Switches

These switches work as regular switches do, but you can also control them remotely. Meaning, you can turn lights off and on whenever you are not in the building by using an app on your smartphone. You can also set up a schedule according to which the lights will go on throughout the day.

Coupled with motion sensors, these light switches can turn on and off when someone enters or leaves a facility.

2. Smart Bulbs

A smart dimmable bulb can dim without you having to install a dimmer switch. You can control the dimming remotely through an app.

Some of these bulbs can also change color and even play music. We’ll tell you why this seemingly useless feature may be important for a commercial facility later in the article.

Why Should You Consider Smart Lighting Solutions?

Changing a light bulb seems easier and cheaper than investing in an IoT-enabled lighting source. However, with time, you can see an impressive ROI.

  • Heightened Security – the ability to manipulate lights remotely can help you ward unwanted guests off your property. This is when the music-playing feature can come in handy.
  • Lower energy bills – remote operation and scheduling options allow you to reduce energy bills tremendously. An LED energy-star certified smart bulb consumes up to 90% less energy than a regular light bulb.
  • Saved money  LED smart lights can work up to 50,000 hours while an average light bulb can’t last longer than 2,000 hours.
  • Impressive convenience – the ability to control when and how your lights work remotely is highly convenient. For example, you can reduce the chances of workplace accidents by regulating the bulb’s brightness at the right time.

Lighting systems are a perfect tool for reaping key benefits of the IoT progress. They are already integrated all over any facility, be it a warehouse or a department store. When fitted with the right equipment, they can collect the necessary information and offer numerous benefits.

Stay on Top of the Latest Technologies with Smart Lighting Solutions

Millions of property owners have made the first steps to making their buildings smart by installing smart lighting solutions. In a few years, the trend is likely to turn into a standard.

Contact us today for more information about smart lighting solutions.

LED Explosion Proof Lighting in Manufacturing Facilities

Lighting is one fixture of a manufacturing facility that has impending dangers. In the industries that operate with hazardous elements such as flammable gases, chemicals, dust, and vapors, lights may cause an explosion and fire. These fixtures may blow and let off a spark that will explode when they ignite any flammable elements.

Therefore, the National Electric Code has set protection techniques that prevent an explosion that is caused by lighting. They involve the installation of LED Explosion Proof Lighting, which helps to avert a fire or explosion.

LED Explosion Proof Lighting

The LED proof lighting involves encasing the light fixtures, to prevent them from being the source of ignition. Their design can withstand an internal explosion and will not spread any sparks from the enclosure. The LED products are of different wattage’s, sizes, and styles, and safeguard everyone in the industry.

Where to install LED Explosion Lighting

The LED explosion proof lighting techniques are approved in specific working environments which are;

Class I Division 1: These are the areas in the industry where flammable vapor, gases, and liquids are applied and always present.

Class I Division 2: These are areas with ignitable vapors, gases, and liquids that are not regularly present in the daily operations.

The Class I ignitable elements include propane, acetylene, benzene, butane, hydrogen, and methane.

Class II Division 1: These are the areas wherein the normal working conditions there are flammable specks of dust.

Class II Division 2:  These are the areas where combustible dust is present during unusual industrial operations.

Class II combustibles include; carbon, charcoal and metal dust, flour, wood, and plastics.

The other is the Class III areas, which are operations where ignitable fibers and materials such as sawdust and cotton are present.

Keep Safe with Explosion Proof Lighting

Keep your industrial facility safe for everyone by installing LED explosion-proof lighting. They will lessen the risks of fire ignition and explosion that cause workplace injuries and accidents. To learn about the ideal light explosion products and have professional installation, contact us. We will help you improve safety and meet the National Electric Code (NEC) requirements at the manufacturing facility.

Why is LED lighting more energy efficient?

What makes LEDs more energy efficient than other types of lighting? LED lighting uses a completely different physical process than previous lighting technologies, and this is what makes it more efficient.

Incandescent Bulbs

Incandescent bulbs heat a piece of metal to a high temperature so that it glows white hot. Unfortunately, a lot of energy is lost as heat, as you can easily notice by putting your hand near an incandescent bulb.

Fluorescent Bulbs

Fluorescent bulbs actually operate by two physical processes in sequence. The first of these happens by running an electric current through mercury vapor, which causes the mercury atoms to emit ultraviolet (UV) light. This light is not visible, so fluorescent lamps require another step, and this is where fluorescence comes in.

Fluorescence is the process where a material absorbs light of one color and emits light of another color. In the case of fluorescent lamps, a material coating the bulb absorbs the UV light and emits visible light. This process is more energy efficient than incandescent bulbs because there is no need to heat a material. However, because it is a two-step process where each step is not perfectly efficient, its efficiency is still limited.

Another issue with fluorescent bulbs is that the mercury they contain is hazardous, and has to be disposed of properly.


LED stands for light emitting diode. The diode is the physical object which emits light. This is a one-step process, which helps explain why LED bulbs are more efficient than fluorescent bulbs.

The material at the at the heart of an LED is a semiconductor. This material is able to directly absorb electric energy and emit light, which also helps keep efficiency high.

LEDs are not perfectly efficient. Their efficiency depends largely on the type of semiconductor material used. Scientists are constantly exploring new semiconductor materials to improve LEDs and provide better energy efficiency.

If you have any questions about LED lighting, please feel free to contact us.

Get Your Hospital Ready for the Future of LEDs Now

LEDs hit the lighting world by storm, and there are several good reasons for that. Not only are they energy-efficient and produce less heat, but they’re also customizable. Everything from dimness to color and direction can be programmed into LEDs. But while that makes LEDs a smart bet for new hospital constructions, it used to be another story for retrofits. Here are three reasons why your administration should make switching to LEDs a priority:

1. The current infrastructure will support future bulbs.

Early adoption of technology is always risky. Switching to the last data storage medium or buying the latest devices can be expensive or an investment in a fleeting trend. But LEDs are here to stay, and their current support systems are built to last. Whether you want to start retrofitting your hospital in sections or you want to overhaul the whole property, switching to LEDs is a safe bet.

2. Dimmable, programmable bulbs help people do their jobs.

LEDs in hospitals don’t just have the general benefits like in other commercial settings. They also have specific benefits for your employees and your patients. You can automatically program LEDs to duplicate daylight with bright white light so employees on the night shift are more alert. You can also add dimmable bulbs to waiting rooms and patient rooms. Even color-changing bulbs are being studied for their positive impacts on people’s healing rates.

3. Save on variable expenses.

Hospitals cost a lot of money to run. You have to keep the lights on 24/7, and even a single hospital room has a lot of specific lighting requirements. But LED bulbs will cut down on electrical costs. Because they have long lifespans, you also save on replacement bulbs, or diodes, over the years.

Contact us at Relumination to get started. We can help plan, implement, and analyze your hospital’s lighting systems.

Electric Light Has Come a Long Way: Where Do We Go from Here?

Even though nobody wants to go back to candles, there has been a lot of criticism of the poor old incandescent bulb, which has served civilization faithfully for over 130 years. In 2007, President G.W. Bush signed into law a requirement that “screw in” light bulbs will have to be 60 or 70 percent more efficient than today’s incandescent bulbs. The trouble is that 90 percent of the energy that goes into an incandescent bulb is required to heat the metal filament in the bulb to 4,000 degrees F, in order to get the bulb to light. The US law does not ban incandescent bulbs but those conditions are impossible for incandescent bulbs to meet. Manufacturers have phased out old-style 100-watt bulbs [The Washington Post]. “Traditional” incandescent bulbs have been banned from being sold in some states, including California.

So What Do We Replace Them With?

There are two current options that will meet the efficiency requirement of President Bush’s bill.

The Compact Fluorescent bulb is one option. The bulbs are cleverly engineered versions of the long fluorescent tubes you see in the ceilings of some stores and offices. What the engineers did is take the tube (which has to have a certain length and size to generate sufficient light) and bend them either into a U-shape or into a shape like a spring. Sometimes, the bulbs will be mounted in a glass cover so they look like incandescent bulbs. In each case, the bulb itself is mounted on top of a heavier-than-incandescent base which serves as the ballast.

Compact Fluorescents.

The principle behind the fluorescent bulb is a little more complex than other lighting systems.

  1. When you screw the bulb into your lamp socket and turn on the light, AC electric current passes through an adapter in the base of the bulb which changes the current into direct current (DC). The base of the bulb also contains a “starter” and a suppression capacitor. This small system is called the ballast. It builds the current up to the level needed to start the bulb working and serves to maintain a constant voltage because fluctuating voltage in these bulbs will cause flickering lighting.
  2. The current is drawn through the tube which is filled with mercury vapor (and other gases). When the electrons in the tube crash into mercury molecules in the tube, the gas glows with invisible ultraviolet light.
  3. The glass is coated with a phosphorescent material similar to the kind that makes things glow in “black light.” The ultraviolet light makes the phosphorescent powder in the tube glow in visible light which is the light generated by the lamp.

There are two disadvantages of the compact fluorescent system.

The major disadvantage is that they have to be filled with mercury vapor which is very dangerous for the environment. These compact fluorescent light bulbs cannot be disposed of in regular trash but need to be specially recycled.

The second (perhaps less important) disadvantage is that these bulbs require the ballast. The presence of the ballast makes the bulb fitting slightly different from the standard screw-in fitting so the bulbs don’t fit in every socket. The ballast also slows the start of the light. When you turn the light on, there is a slight delay before the light turns on.

Light-emitting Diodes (LED lights).

The light-emitting diode (LED) lamp is the second option. LEDs are the result of a long history of research into special crystals called semiconductors (similar to crystals used in computer chips). These crystals simply glow when you attach them to an electrical source. The circuitry in the LED lamp is very simple. You simply need a current to change AC to DC current (AC is alternative current–the kind of current that comes through your plug from the electric company to DC (direct current–the kind of current that comes from a battery). The current reduced to the correct voltage is connected to the crystal and it glows on its own. This is a property of the matter in the crystal. You often see lamps where there is no apparent bulb, just a small piece of crystal at the base of the lamp that is the source of all the light. LEDs do not generate high temperatures. They tend to last a lot longer than incandescent bulbs and even longer than compact fluorescent bulbs.

The research into the property of these crystals to create light directly from electrical energy is leading to the development of new forms of lamps. Whole wall panels that light up, tubes whose surface has light-emitting property, and even light-emitting paper and flexible plastics.

Relumination was founded with the idea that automated lighting control and new low energy lights can save energy which is less expensive than figuring out ways to produce more. Contact us to learn more.