Over the last decade, commercial building owners and operators made a strategic shift from fluorescent to LED lighting—modernizing facilities and delivering meaningful efficiency gains. The U.S. Department of Energy reports that widespread LED adoption has saved billions in energy costs and reduced national lighting electricity consumption by hundreds of terawatt hours annually.

Those early LED investments paid off. Now, many of those first-generation systems are approaching 10 or more years in service, creating a natural opportunity to evaluate how lighting can continue supporting operational, financial, and sustainability goals.

Today, LED lighting represents the standard across U.S. commercial buildings. The next phase of modernization isn’t about replacing what worked—it’s about enhancing performance, strengthening reliability, and aligning lighting systems with evolving operational and compliance expectations.

For organizations managing multi-property portfolios, even well-performing legacy systems can benefit from a fresh evaluation as technology and business demands evolve.

Here are five reasons commercial businesses may consider reassessing their LED lighting strategy.

1. Maturing LED Systems Present a Strategic Upgrade Opportunity

Many first-generation LED systems were designed with 50,000-hour life ratings, offering years of dependable service. As these systems approach the 10-year mark, normal component aging—particularly driver performance—can begin to impact consistency.

Over time, facilities may notice:

Gradual shifts in color appearance
Uneven light levels
Increased spot replacements
Isolated driver failures

While these issues are typical for systems reaching maturity, they can create incremental maintenance demands—especially across multi-property portfolios.

Proactive evaluation allows organizations to plan improvements on their timeline rather than reacting to isolated failures.

2. Lighting Has Evolved into a Connected Infrastructure Layer

LED lighting has progressed beyond simple fixture replacement. It is increasingly integrated into broader building systems.

The Lighting Controls Academy reports steady growth in networked lighting control systems across commercial markets. Wireless controls, occupancy-based scheduling, and remote monitoring are becoming common features in modern facilities.

Many early LED retrofits focused primarily on efficiency gains. Fixtures were upgraded, but controls often remained unchanged.

Without connected controls, organizations may lack:

Real-time energy and usage data
Remote scheduling flexibility
Portfolio-wide visibility
Rapid responsiveness to occupancy or operational shifts

As HVAC, access control, and security systems become more centralized, lighting presents an opportunity to align with that same level of intelligence and oversight.

3. Lighting Quality Plays a Growing Role in Space Experience

Lighting significantly shapes how tenants, residents, customers, and employees experience a building space. The Illuminating Engineering Society emphasizes that appropriate illuminance, glare control, and color rendering support visual comfort and productivity.

Early LED systems delivered strong efficiency improvements. Since then, lighting technology has advanced in areas such as:

Glare reduction
Color consistency
Enhanced color rendering
More uniform light distribution

For multi-location organizations, even subtle differences in lighting quality can influence brand consistency. Retail environments, industrial facilities, healthcare spaces, multifamily communities, and office properties all benefit from lighting that reinforces safety, comfort, and brand standards.

A lighting reassessment helps ensure properties reflect today’s expectations—not just yesterday’s benchmarks.

4. Planned Modernization Supports Better Financial Outcomes

The LED-to-LED incentive landscape has evolved. Utility programs have evolved alongside lighting technology. As LED adoption has matured, many incentive structures now prioritize advanced controls, networked systems, and measurable performance improvements rather than basic fixture conversions.

Evaluating systems proactively allows organizations to:

Align upgrades with available incentives
Coordinate improvements across portfolios
Avoid reactive procurement
Minimize operational disruption

Strategic planning preserves optionality and maximizes financial return—rather than compressing decisions into urgent replacement cycles.

5. Evolving Compliance and Sustainability Expectations Favor Modern Systems

In recent years, many states have adopted bans on the sale of fluorescent and similar bulbs. On a local level, cities across the U.S. are passing building performance standard policies to help meet lower emissions and other energy efficiency goals.

At the same time, sustainability reporting increasingly requires defensible, system-level data.

Modern lighting systems can support:

Documented energy performance at the fixture or zone level
Integrated scheduling and controls records
Seamless integration with building management systems
Flexibility as codes and reporting frameworks evolve

Legacy LED systems were designed primarily for energy reduction—not necessarily for today’s reporting transparency and integration needs. As expectations rise, enhanced system capabilities can make compliance and reporting more straightforward.

Your Nationwide, Programmatic LED Partner

SitelogIQ is your one-stop partner to quickly and effectively meet your LED lighting targets. Our centralized approach aligns redesign, controls, compliance, and long-term performance, so your properties or facilities meet today’s requirements and are positioned for what comes next.

SitelogIQ is your contractor, consultant, and strategic partner for multi-measure energy efficiency, electrification, and renewable solutions. We provide a better way to plan, install, and report on the success of property or facility upgrade projects.

We’re here to help you navigate the entire LED lighting project process. Let’s chat about your needs today.

Across the country, local and state governments are embracing initiatives that improve public safety, reduce operating costs, and move communities toward cleaner energy. One of the most impactful and cost-effective ways to achieve these goals is by retrofitting traditional streetlighting systems with energy-efficient LED technology.

Why LED Streetlighting Matters

1. Significant Energy Savings

LED fixtures consume up to 60–75% less energy than conventional high-pressure sodium or metal halide lamps. For municipalities managing thousands of fixtures, this translates to major reductions in utility costs—often saving hundreds of thousands of dollars annually.

2. Lower Maintenance Costs

Traditional bulbs burn out frequently and require costly labor and equipment to replace. LEDs have a lifespan of 10 to 20 years, dramatically reducing maintenance needs and freeing up limited public works resources for other priorities.

3. Improved Safety and Visibility

LEDs provide more uniform illumination, better color rendering, and less glare. This enhances visibility for drivers, cyclists, and pedestrians, contributing to safer streets and more inviting public spaces.

4. Sustainability and Emissions Reduction

By consuming less power, LED streetlights reduce greenhouse gas emissions and support local and state climate action goals. Many municipalities also use LED retrofits as a foundational step toward broader smart city initiatives.

5. Smart Controls and Data Opportunities

Modern LED systems can integrate with smart controls that allow for remote monitoring, adaptive dimming, and data analytics. These technologies help optimize lighting schedules, detect outages instantly, and reduce unnecessary light pollution.

How SitelogIQ Helps Governments Deliver Successful LED Projects

At SitelogIQ, we understand the unique challenges local and state agencies face—from budget constraints to complex procurement processes. Our team partners with government clients to plan, design, and implement turnkey LED streetlighting retrofit programs that maximize savings and minimize disruption.

Our Approach:

Comprehensive Assessments: We begin with a detailed inventory and energy analysis to quantify cost savings and identify the best retrofit options.
Design & Engineering Expertise: Our engineers create customized lighting layouts that meet illumination standards and community goals.
Project Funding Solutions: SitelogIQ assists in securing utility rebates, grants, and financing options to make projects budget-neutral or cash-flow positive.
Turnkey Project Delivery: From design and procurement through installation and commissioning, we handle every phase efficiently and transparently.
Ongoing Measurement & Verification: We provide post-installation monitoring to ensure energy savings and performance targets are achieved.

Proven Results

SitelogIQ has helped public agencies across the U.S. achieve millions of dollars in combined energy savings through LED conversions—modernizing infrastructure while demonstrating fiscal and environmental stewardship.

Light the Way Forward

Retrofitting streetlighting to LED isn’t just a maintenance upgrade—it’s a long-term investment in safety, sustainability, and smarter infrastructure management. With SitelogIQ as your partner, your community can illuminate a brighter, more efficient future.

Deferred maintenance refers to the postponement of necessary repairs, updates, and general upkeep of a facility, typically due to budget constraints or other organizational challenges. For healthcare systems, deferred maintenance can cause disruptions to hospital operations, negatively impacting patient safety and their ability to deliver care.

A survey conducted by Healthcare Facilities Management found that 38% of hospital respondents experienced disruptions to patient care due to deferred maintenance issues. And just last year, a western state hospital made headlines when a single boiler was overloaded in a cold snap and failed. Their heat and hot water supply was halted, all hospital services were suspended, surgeries and procedures were rescheduled, and patients were moved to nearby facilities for care. It took days to get back up and running.

Deferred maintenance not only impacts a hospital’s daily operations and quality of patient care but often requires costly repairs when systems fail. The American Society for Healthcare Engineering (ASHE) has reported that deferred maintenance costs for U.S. hospitals can range into the billions of dollars. 

Deferred maintenance costs for U.S. hospitals can range into the billions of dollars.

American Society for Healthcare Engineering

This issue is continuing to rise amongst healthcare systems as it also impacts reputation, staff morale, and compliance standings. Instead, implementing sustainable facility solutions can help tackle deferred maintenance while also staying ahead of industry regulations, allowing you to move from reactive to proactive facility planning. Planned replacements can include broader systemic improvements instead of an emergency replacement, which can cost dramatically more.    

3 Sustainable Solutions for Healthcare Systems

LED Lighting

https://www.livescience.com/how-do-energy-saving-light-bulbs-workRetrofitting a building with LEDs is one of the best investments in energy efficiency a hospital can make. LEDs require up to 80% less energy than traditional incandescent bulbs and 20-30% less than fluorescent lights. By consuming less energy, LEDs also contribute to a reduction in carbon emissions and help lower energy costs up to 80%. In addition, LEDS are more durable and have longer lifespans, lasting up to 50,000 hours, depending on their quality and usage, while fluorescent lights typically last around 8,000 hours.

LED lighting will save a hospital thousands each year in energy costs and will cost even less to replace. LEDs also provide an exceptionally bright light, which helps to illuminate entrances and exits, parking lots, and garages, enhancing staff and patient safety.

Solar Energy

Installing solar panels through a centralized approach is one of the best renewable energy sources – and it’s an emissions-free solution. Generating solar power on-site reduces the amount of electricity used from the grid and helps lower operational costs while also allowing healthcare systems to be energy independent and more reliable. In addition, solar panels typically require minimal maintenance which can help reduce ongoing operational costs and the need for frequent repairs or replacements. 

High-Efficiency HVAC Systems

Heating, ventilation, and air conditioning require substantial energy usage. They are some of the biggest costs associated with commercial energy use, and the healthcare sector is no exception. In such a sensitive environment, it may not always be possible to turn the heat or the AC down to save on costs. Instead, hospitals should consider investing in energy-efficient systems. ENERGY STAR-rated heating and cooling units will run more efficiently, saving money in the long run.

An Industry Move Towards Sustainability

Providing stellar patient care and a comfortable treatment experience requires a significant amount of energy. Hospitals spend thousands of dollars per bed in electricity each year, and the healthcare industry accounts for 9.8 percent of U.S. greenhouse gas generation. Because of this, we’re seeing more and more healthcare professionals looking to reduce their impact on the environment and lower their operational costs to meet sustainability goals.

The healthcare industry accounts for 9.8% of U.S. greenhouse gas generation.

Journal of Hospital Medicine

In addition, The Joint Commission announced that effective January 1, 2024, healthcare organizations can voluntarily choose to join the Sustainable Healthcare Certification Program. This program helps accelerate sustainability practices and reduce greenhouse gas emissions, and grants public recognition for these efforts. It will also help the industry in creating baselines to measure three sources of GHG emissions and developing an action plan to reduce them.

As the industry moves towards implementing more sustainable practices throughout your facility portfolio, healthcare systems can tackle their deferred maintenance issues by updating their system with sustainable ones, moving away from a break-and-fix mentality and adopting a proactive approach to creating a resilient space for their patients and staff.

SitelogIQ’s Process for Tackling Deferred Maintenance with Sustainability

Failing to address deferred maintenance at healthcare facilities puts them at risk of experiencing disruptions to critical patient care and costly repairs. At SitelogIQ, we partner with hospitals and healthcare systems to develop capital plans that allow them to identify and prioritize facility improvements, develop financial strategies for upgrades, execute projects, and continue to build their plan to have sustainable reliability.

In addition, our technology platform, mySiteIQ, gives valuable visibility into building assets, access to schedules and budget scenarios, and key performance metrics to keep teams informed and help them meet short- and long-term facility and sustainability goals.

Contact us today to get started.

In May 2022, the Department of Energy issued a ruling requiring lighting products to meet new standards. This largely eliminates most fluorescent, incandescent, and halogen products as they are seen as toxic and inefficient and unable to meet these new standards.

Since the ruling, 14 states and the District of Columbia have approved or proposed even stricter standards on lighting products, effectively banning the sale of fluorescent lighting within state lines, specifically general service lamps (GSLs), compact fluorescent lamps (CFLs), and linear fluorescent tubes (T8, T5, T12).

For schools, office buildings, hospitals, warehouses, and all buildings that have used these bulbs to date, this will require a lighting retrofit to stay within compliance of these bans. Here’s a look at the current state restriction timelines for all GSLs, CFLs, and linear fluorescent lights:

The Reason Behind the Ban

Once the most common lighting sources in offices, schools, warehouses, industrial facilities, and most buildings, fluorescent lights contain mercury, a toxic heavy metal that is used to help emit light more efficiently. Mercury is considered by the World Health Organization (WHO) one of the top 10 chemicals of major public health concern. While the average CFL containing ~4 milligrams of mercury might seem low, the National Institutes of Health (NIH) has emphasized there is no known safe level of mercury exposure. When intact, fluorescent lamps impart no health risk to their surroundings; however, if the bulbs break or are improperly disposed, the mercury can be released. This can pose risks to human health and pollute our landfills and water systems, creating long-term consequences to the environment.

In addition to the toxins, GSLs, CFLs, and linear fluorescent lighting consume more energy and have a short lifespan, compared to modern lighting technology. For example, LED lights are more energy efficient and sustainable, helping improve efficiency and reduce carbon emissions.

Moving away from fluorescent lighting will help to protect the health and safety of both people and the planet.

The Solution: LED Lighting

LED lighting is quickly becoming the standard for many industries due to its ability to create safe and environmentally-friendly spaces. With the ban of GSLs, CFLs, and linear fluorescent lights, LED lighting is a great alternative for retrofitting your lighting and provides many benefits.

LEDs are long-lasting, efficient, and compatible with solar panels, helping lower the carbon footprint. Long-term LED use offers a positive return on investment because they require up to 80% less energy than traditional incandescent bulbs and 20-30% less than CFLs. By consuming less energy, LEDs also contribute to a reduction in carbon emissions and help lower energy costs up to 80%, saving you thousands of dollars annually.

They are also more durable and have long lifespans, lasting up to 50,000 hours, depending on their quality and usage, while CFLs typically last around 8,000 hours. Because of this, LEDs don’t degrade as quickly as other bulbs, meaning you won’t have to stop operations to repair the lighting system as often.

In addition, LEDs offer bright, high-quality light to increase visibility inside workspaces, hallways, stairways, and outdoor environments, making these areas safer and enhancing occupant comfort. LED lighting upgrades help organizations keep pace with sustainability best practices and future-proof their facilities.

Check out our blog post to learn more about the advantages of LED lighting.

Your LED Retrofit Partner

As more states implement fluorescent light bans, your facility may require an LED lighting retrofit to maintain industry standards and remain in compliance. LED lighting can also help to enhance building aesthetics, improve facility performance, or reduce energy consumption.

At SitelogIQ, our nationwide team has a deep background of sustainability experience partnering with firms to improve facility performance and quality standards. To date, we completed over 2,000 lighting retrofit projects for multifamily complexes, K-12 school districts, higher education institutions, commercial properties, hotels, hospitals, and more. Our process begins with an energy audit to pinpoint high-need opportunities and determine a tailored, energy-efficient lighting solution. In addition, our energy and facility experts can identify the proper financing solutions or recommend grant opportunities to help you address budget limitations. 

Contact us today to begin planning your LED lighting retrofit!

Today we celebrate Earth Day, but at SitelogIQ, our team is focused on driving impact that extends beyond a singular day. At SitelogIQ, our mission is to make buildings better, by helping our customers lower their carbon footprint, improve energy efficiency, maintain healthier air quality, and save on their utility bill.

Creating green space is not only beneficial for the environment but also for long-term sustainability, employee well-being, and cost savings. In addition, a green workspace can also help with employee recruitment and retention as an IBM survey found that 67% of the respondents reporting that they are more willing to apply for, and 68% more willing to accept positions from environmentally sustainable companies.

67% of IBM survey respondents reported that they are more willing to apply for, and 68% more willing to accept positions from environmentally sustainable companies.

From K-12 schools and hospitals to office buildings and auto dealerships, all spaces can benefit from incorporating green practices. In honor of Earth Day, we’re sharing tips and key benefits and creating a greener space that improves the lives of your team, facility occupants, and the communities you serve.

Tips for Creating a Green Environment

1. Reduce Paper Products

A simple way to begin moving towards a greener space is to reduce your use of paper. By digitalizing your documents and printing mindfully, you can help cut down of unnecessary waste. Consider using digital documents, e-signatures, and online collaboration tools, and when you need to print, utilize double-sided and black and white ink settings to cut down on waste.

2. Implement a Recycling Program

Placing recycling bins throughout your building is a great step to creating a greener space but there’s more you can do to encourage your coworkers to recycle. Educating your employees on what can and can’t be recycled, where recycled products go, and setting up recycling stations with bins for various types of recyclable materials can help foster best practices. Also consider sharing the positive impact of their efforts, such as the tons of waste recycled annually to help inspire participation and boost morale.

In addition, encouraging your workforce to use reusable mugs, water bottles, and utensils can also help cut down on waste. For companies, offering these items to employees as a part of an onboarding package or recognition or holiday gift can help them more easily implement this practice.

3. Improve Energy Efficiency

According to the U.S. Green Building Council (USGBC), green buildings use 25% less energy than traditional buildings. As we’ve shared a few ways to begin creating a green space today, there are multiple solutions you can implement to improve energy efficiency and promote sustainability.

Green buildings use 25% less energy than traditional buildings.

Powering down computers, monitors, and other electronics at the end of the day is a simple to implement best practices. A few additional long-term sustainability solutions to consider might also include HVAC systems, LED lighting and occupancy sensors, efficient water fixtures, smart irrigation systems, and smart thermostats. These solutions not only help lower your operational costs and reduce greenhouse gas, but also allow you to create healthier and comfortable spaces to support employee well-being.

Benefits of Green Spaces

1. Cost Savings

One key benefit for utilizing energy-saving practices into your workplace is operational costs savings. In fact, the USBGC notes that green buildings have been shown to reduce their operating costs by 8% to 9% annually. As mentioned above, installing LED lighting, efficient HVAC systems, water-saving fixtures, and smart thermostats can significantly reduce utility bills. This allows building owners to invest their budget dollars into their mission and occupants/employees.

Green buildings have been shown to reduce their operating costs by 8% to 9% annually.

2. Improved Employee & Occupant Health and Well-being

Indoor air quality can greatly impact your occupants’ health and well-being as proper ventilation can help protect against exposure to airborne illnesses or pathogens. Schools, commercial and industrial buildings, hospitals, higher education institutions, restaurants, local government facilities, housing units, and retail locations need additional care because of their high population and risk of pathogens. By installing efficient HVAC systems, you can help decrease adverse health effects, reducing absenteeism and enhance employee well-being.

3. Environmental and Social Responsibility

Creating a green workplace can help your business or organization demonstrate its commitment to protecting our planet. By implementing the tips shared above, you can lower your carbon footprint and be a steward in your community for sustainability and resiliency. In addition, green workplaces can help create a positive reputation and attract candidates and investors, and are viewed favorably by customers and stakeholders.

Your Partner in Energy Efficiency

At SitelogIQ, we specialize in bringing comfort, functionality, and sustainability to the spaces where we learn, live, heal, work, play, and shop through facility improvement and energy efficiency solutions. We partner with our customers to gain a thorough understanding of their facility needs and develop and implement programs to help them meet organizational goals and lower their carbon footprint.

We’ve worked hard behind the scenes to develop a tool to make this process easier and more conducive for our customers to truly understand their facilities and develop a process for making them better. With our technology-enabled solutions platform, mySiteIQ, we can develop a personalized and interactive dashboard that allows you to easily track your energy consumption and achieve your energy, operational, or sustainability goals. If you would like help assessing ways to reduce energy and utility costs, contact us today!

Energy costs will continue to rise in certain regions across the U.S., particularly in the states of New York, New England, Texas, and California. PG&E customers in California have already seen prices spike, with utility rates increasing 13%. Experts expect additional rate hikes for PG&E customers later this year.

K-12 districts nationwide are vulnerable to rising energy costs — but can mitigate their impact, beginning with an energy audit or facility condition assessment. At SitelogIQ (SIQ), we conduct energy audits for K-12 districts to reveal consumption behaviors and costs and recommend energy-saving solutions. For example, through a SIQ audit of annually bundled rates published by PG&E, our SIQ Energy Advisory Team identified an unprecedented 32% average cost increase and immediately alerted customers of the drastic electricity rate increase. 

For many of our K-12 customers, LED lighting upgrades throughout school grounds and classrooms can open the door for funding and sustainable milestones. 

3 Advantages of Installing LED Lights in the Classroom 

Power is one of the most significant budget expenses for school districts. Installing LED lighting or retrofitting existing systems in classrooms, parking lots, and gymnasiums can result in substantial savings, even amid surging energy prices. Explore the primary benefits of LED lighting solutions for districts, students, and teachers.

1. Reduce Energy Use and Operational Costs

LEDs last as much as 25 times longer than incandescent lights. In addition, LED bulbs use up to 90% less energy than incandescent bulbs and are up to 44% more efficient than fluorescent tubes.

Since LEDs require less power and have longer life spans than incandescent and fluorescent light sources, your district can reduce energy use and maintenance needs by installing LED lights. An LED upgrade can potentially save your district thousands of dollars annually.

To illustrate cost savings that could apply to K-12 districts, consider the results of an energy savings project completed with Marysville Joint Unified School District. The project, which included lighting upgrades, saves the district over $1.5 million per year.

Connecting a facility’s LEDs to a network, such as the Internet of Things (IoT), can also cut energy costs. For example, you can program lighting systems that connect to IoT and integrate occupancy sensors to dim or turn off automatically when the room is vacant. You can also configure IoT-controlled LEDs to respond and adjust to natural daylight. Districts can expect up to 75% energy savings per classroom by installing responsive and automatic lighting systems.

2. Reach Sustainability Goals

Upgrading each facility’s lighting system to LEDs can help your district achieve sustainability goals. LEDs use less energy, have long life spans, and are recyclable — reducing waste, energy use, and overall carbon footprint.

Since LEDs consume less power than other light sources, they fit seamlessly into a renewable energy system, such as solar-powered configurations. Through a programmatic approach, LED lighting can optimize your district’s sustainability efforts and reduce energy consumption substantially.

Overall, LED lighting can help your district reduce its carbon footprint by up to 30%, roughly.

3. Access Numerous Funding Opportunities

K-12 districts with limited budgets and resources may hesitate to invest in sustainability efforts. Fortunately, government grant programs enabled by federal acts such as the Infrastructure Investment and Jobs Act (IIJA), also called the Bipartisan Infrastructure Law, and the Inflation Reduction Act make it feasible for districts to install LED lighting to enhance the K-12 learning environment and initiate other energy-saving changes.

For instance, the Clean School Bus Program, which is funded by the IIJA, has $5 billion to help districts replace their current school bus models with zero- or low-emission buses. Durham Public Schools, for example, received $15 million through the Clean School Bus Program with the support and guidance of SIQ’s experts. The district will use the funds to purchase 38 electric school buses.

At SIQ, we have experience helping districts identify funding opportunities in their state, as well as available partnerships to help sustainability become a part of life for students, staff, and the local community.

Benefits Aren’t Benefits Without Seeing Results

Installing LEDs or retrofitting current systems is a step toward a more sustainable district — but it is only part of the solution. Districts must track the results of lighting upgrades to provide transparent reports to internal and external stakeholders, make data-backed decisions, and secure funding for future sustainability efforts.

Facility management technology can support your district in tracking building improvements to prove ROI and gain insight into energy consumption. Our facility intelligence platform, mySiteIQ, allows districts to capture and monitor energy-use data accurately and consistently. The platform enables stakeholders to identify areas that need improvement as well as prepare for long-term capital planning.

Our LED Lighting Solutions for K-12 Schools

Enhancing the lighting systems in your schools to decrease energy costs and advance sustainability goals is within reach. The first step is to contact SitelogIQ.

Our process begins with an energy audit to pinpoint high-need opportunities and determine a tailored, energy-efficient lighting solution. In addition, our energy and K-12 facility experts can identify the proper financing solutions or recommend grant opportunities to help you address budget limitations. 

It is our mission to help schools and local communities achieve energy efficiency and optimize facility performance  — but it begins with you. Contact us today to learn more about our energy-saving solutions for K-12 facilities.

A poorly lit workspace can diminish even the most beautifully constructed offices. Lighting levels are a vital component of any workspace, as they can influence productivity, focus and the opinions of guests and staff. By learning some of the principles and guidelines of lighting design, you can more readily outfit your facilities with lights that promote an efficient place of business.

If you’ve ever taken a meeting in a poorly lit room or tried to work in an office with harsh, flickering overhead lighting, you know the difficulties of trying to focus in such an environment. Lights can make or break the productivity of an entire office, and if your building is still running on outdated, harsh or inadequate lighting, you may be giving off the wrong impression to your visitors. Your lighting influences the face of a company, and if you want people to see you as a modern, progressive business, you need lighting design concepts that reflect those values.

10 Lighting Design Considerations and Concepts

Lights can seem like a simple decision if you don’t overthink it, but when you consider all of the different factors that go into making a workspace well-lit, you see just how complicated the process may be. Here are a few lighting design considerations and concepts to consider when choosing office lighting:

Light Distribution and Brightness
Conservation of Energy
The Appearance of the Space and Luminaires
Glare
The Appearance of Color
Lighting Control and Flexibility
Lighting of Faces
Cost of Implementation
Installation
Maintenance

1. Light Distribution and Brightness

Daylight is a fantastic resource, but you’ll have to think about how it will interact with the artificial light inside your building. One study conducted by Alan Hedge of Cornell showed that workers in office environments with optimized natural light saw an 84% decrease in symptoms of eyestrain, blurred vision and headaches. These are all symptoms that detract from productivity. So does that mean you should get rid of all the artificial lighting and just install giant windows? Not exactly. Windows are definitely a worthwhile design choice, but you also have to account for the adverse effects of natural light. These include:

Varying amounts of cloud cover or inclement weather that reduce the amount of light available
Unwanted heat output driving up the temperature in certain areas, causing inconsistency throughout the office and “thermostat wars”
Glare on computer screens or workspaces, making it difficult or uncomfortable to get work done

One approach is to install optimized windows that can adjust tint and adapt to reduce glare. These windows offer the satisfaction and productivity benefits of natural light while combating the issues that make it challenging to use in an office space.

Other problems with light distribution include accent or task lights that interact with the ambient light you’ve chosen for the room. Some of these can cause glare, particularly across computer screens, or they can be used to add sufficient light to a dim room. However you use them, you’ll have to be aware of the way that they influence other light in the area.

Another consideration for light distribution and brightness is exterior lighting and security. Exterior lighting must be photometrically designed to be above ILP Security standards. This aids the night time safety and security of employees working at 24/7 facilities such as healthcare buildings.

Learn About Our LED Lighting Solutions

2. Energy Conservation

Many older lighting design types, like incandescents and fluorescents, consume comparatively huge amounts of energy. In traditional incandescent bulbs, 90% of the energy they emit is given off as heat, making them a very wasteful option. Changing bulb types to more efficient LEDs can be one of the best ways to save energy, which is good for both the environment and your bottom line. LED stands for light-emitting diodes, and they work through a process called electroluminescence, which generates light as an electric current passes through a semiconductor material.

LED bulbs have several benefits that make them the ideal choice for an office environment. They are:

More efficient: LEDs can use anywhere from 25 to 80% less energy than their incandescent counterparts. These savings offer significant reductions in operational costs. Compare the annual energy cost for a lightbulb used for two hours a day at 11 cents per kilowatt-hour. For a 60-watt traditional incandescent, the yearly energy cost is $4.80, but a 12W LED would only cost $1.00.
Longer lasting: LED lights also save money through replacements. They can last up to 25 times longer than traditional incandescents, which also reduces maintenance needs.
Cooler: With a lower heat output, these lights are safer and help you maintain your desired temperature without added warmth.
Dimmable: Colors are varied and flexible, allowing for lighting fixtures that can adapt to your needs. The color rendition of LED bulbs is excellent, so your office can look just how you intended.

You may need to update some fixtures to work with these energy-efficient options, but it is a worthy investment that SitelogIQ can help you with. Don’t forget that using natural light can help reduce your dependency on indoor lighting in the first place.

3. The Appearance of the Space and Luminaires

With all this talk of efficiency and light interactions, we can’t forget about the physical appearance of the light fixtures. Lighting design types should be aesthetically pleasing and match the feel of the office space. Luminaires refer to different light fixtures and include recessed fixtures, direct and indirect pendants, under-cabinet lighting, wall wash lights, sconces, and task lighting, among others. Effective luminaire combinations can create expertly lit areas.

Though highly functional, lights are still items that take up space and can, therefore, be decorative statements too. A floor lamp or pendant could be a unique piece of art that adds character and charm to the space. On the other hand, lights can be hidden or recessed, so they feel natural and unobtrusive. You’ll have to consider how you want your fixtures to look and what impact that will have on the environment.

4. Glare

There are a few different types of glare, including direct and reflective glares. Direct glare refers to the view of a light, typically in high contrast to its surroundings. Lamps and sunlight can cause it. Reflective glare is a little more challenging to deal with, as it comes from items we work with, like glossy paper, desks, and computer screens. Reflective glare means you’ll need to consider the surface colors in the room as well as the diffusion of the light. Matte walls and surfaces may help to reduce reflection glare, while indirect lighting can help reduce glare from the lights themselves.

Creating glare-free workspaces is a complicated undertaking, but the experts at SitelogIQ are well-versed in this task and can make necessary suggestions. Glare control is particularly important in an office environment, as it can distract people from their work in a place where focus is vital.

5. The Appearance of Color

If you ask people what color a lightbulb emits, many of them will say “white,” but there is actually much more to the color of light than that. White light has a color temperature measured in Kelvins. The Kelvin scale measures black body radiation. Oddly enough, what we consider to be warm colors, like reddish hues, are lower in temperatures, and cool colors, such as blue, are higher in temperature. Below is the typical range of color temperatures.

Warm: 2700K to 3500K. This range would include the color of a sunset.
Neutral: Around 4000K.
Cool: Above 4700K. This color resembles a bright, sunny day.

These different color temperatures can have varying physiological effects on people. Warm lights, for instance, are cozier, and often make people eat more, so they are used in restaurants, but could also work well in a break room or lobby. Cool colors, on the other hand, mimic natural daylight more closely. Remember all those benefits that workers get from natural light? They apply to cool lights too. They can increase the productivity and serotonin levels of workers, helping to boost the efficiency of the entire office.

6. Lighting Control and Flexibility

With a comprehensive lighting system, you may need a little more than a light switch to control them all, especially if you are using smart options with motion sensors or automatic responses. Many modern systems can work wirelessly, which is especially beneficial for retrofitting or for buildings with hard-to-wire areas. Wireless controls can be placed almost anywhere and moved or expanded as needed.

One common lighting control method is to install occupancy sensors that will automatically turn on your lights when employees are present. This approach saves energy since it turns off when not in use and even offers hands-free activation.

Another type of sensor that is particularly useful for locations with heavy daylighting is a photosensor. You can use photosensors to detect the amount of light present in an area and adjust or dim the lights accordingly. Sensors can go on walls, ceilings, or within lights and vary in size.

In recent years, the ability to change a light’s color has also become an option. You can change the temperature of white light or even add bold colors if you want.

By implementing a light design with flexibility in mind, you allow yourself to adapt and change the environment at will. You can reduce glare or adjust the brightness to match different functions, such as watching a presentation on a screen or hosting a meeting. Some employees may feel more awake with blue light, while designers might need dim lights to see their computer screens better. Allowing them to adjust their lights as they see fit can help improve employee satisfaction and productivity.

7. Lighting of Faces

Lights influence more than just the bright parts of an office — they also affect the dark parts. Some styles of lighting options increase the presence of shadows and offer themselves to dramatic lighting. We can thank directional lights for these three-dimensional effects.

Diffused light creates even coverage that is mostly free of shadows. While it may be visually relaxing, a lack of shadows can lead to difficulty identifying edges and changes to a surface. It removes distinction in a figure. Blending direct and indirect light can offer even ambient lighting with direct highlights to certain areas of the room, like a presentation space.

Some places in an office need more definition than others. In a meeting, for example, it helps to clearly see the face of the person presenting and the information they need to show you. In museums, points of interest may receive up to 10 times the ambient light level to highlight the item. Notable features or displays may require extra lighting in your facility, as well. Consider where you need clearly defined lighting when developing an office space.

8. Cost of Implementation

While you consider overhauling an entire lighting system, the associated costs surely haven’t escaped your mind. Some of the costs involved include:

Equipment
Installation
Design
Maintenance
Energy
Environment

One benefit of hiring a lighting design company like SitelogIQ is the cost savings it offers due to an all-in-one strategy. Whether you want to increase the use of daylight or install intelligent lighting options throughout a facility, SitelogIQ can take care of everything with a turnkey approach. Our expert team can help you find the ideal combination of efficiency and savings and find low-cost options that save you money. We start by identifying ways to minimize waste and find opportunities for high returns on investment.

We know energy, and we can maximize energy savings, lowering operational and maintenance costs. We can also find rebates and other benefits that apply to a facility. Our consultations help us develop personalized plans to calculate and meet the needs of your business with professional design services. Our services don’t end after installation either, as we provide energy benchmarking, utility rate analysis and optimization, and custom energy dashboards to keep your system running effectively.

9. Installation

The installation process can vary widely, but one thing is for sure — if you opt to organize your lighting system yourself, you’ll need an electrician and maybe a contractor too. That means searching for qualified workers and the best rates. By using a turnkey energy service provider, you can pass up on this part of the process and focus instead on keeping your business moving smoothly.

10. Maintenance

To get the most out of your light system, you’ll need to maintain it properly. For some light options, maintenance is no more complicated than taking out a bulb and replacing it once it has become dim or gone out. Others require the expertise of specially trained professionals, including IT personnel and electricians, to care for them correctly.

You can cut down on maintenance costs by purchasing equipment that requires less work to keep up with, like LED bulbs, which have longer lifespans.

One other aspect of equipment life to consider is the warranty. SitelogIQ can help you find equipment with long-lasting warranties to ensure it stays working long after we leave the site.

Learn About Our LED Lighting Solutions

Advantages of Lending Project Design Responsibility to the Experts at SitelogIQ

When you leave your project design responsibility to the experts at SitelogIQ, you’ll see a variety of benefits. Professional energy consultants are at your fingertips, ready to help develop your project with years of expertise. It can become overwhelming for managers to have to deal with organizing the various aspects of a good lighting system, but we can handle it instead.

Whether you’re retrofitting an old office, adding LED lighting to your school district or any other light project, our team of professionals can work on the whole process. With turnkey solutions, we can take care of crunching numbers, designing a new setup and installing the equipment, while you spend that time keeping your business running smoothly. To learn more about what a partnership with SitelogIQ entails, check out our commercial lighting solutions.

Summertime often marks warmer weather and longer days – but it also brings higher utility costs. With an increased demand for energy, as systems work overtime to keep facilities comfortable for building occupants, it’s likely that you’ll experience an increase in your monthly utility bills. Utility rates are also typically the highest from June 1^st through September 30^th each year, and we anticipate that rates will rise this summer at a rate of around 6%.

Utility rates are expected to rise by 6% just over the summer months.

However, there are a few easy steps you can take to help avoid unnecessarily high charges while also minimizing your energy consumption. Our team of energy experts compiled a list of steps you can take to help with managing summer utility costs.

Actions You Can Take

Tune Up HVAC Systems and Controls

With higher summer temperatures, it’s no surprise that your HVAC systems are working hard to maintain a comfortable temperature, and with that comes higher energy costs. But, there are a few things you can do to help lower your HVAC energy consumption:

Review daily HVAC schedules to ensure systems are only being utilized when needed.
Place all unoccupied HVAC units into unoccupied/setback mode. 
Stagger HVAC start up to reduce facility demand peaks (kW). Follow recommended occupied temperature set points: Heating at 68° F and Cooling at 73°F.
Follow recommended unoccupied temperature set points: Heating at 45° F and Cooling at 90° F.  Note, the amount of setback will vary based on climate zone and system capacity.

It’s also important to check your HVAC systems, typically during the early springtime, to ensure they are still operating efficiently and are in good condition. With air conditioning systems sitting dormant during the winter, it’s possible that dirty condensers, fan starter issues, or low refrigerant charge issues have gone unnoticed.  It’s best to assess their current state prior to the start of summer when you need them most, to help avoid expensive emergency service calls after they’re expected to be running.

Adjust Your Lighting

As summer days are longer, it’s also essential to ensure your exterior lights remain off during the daytime.  Verify you’ve adjusted outdoor lighting controls for the daytime hours and/or verified that dusk-to-dawn sensors are functioning properly. If you’re building doesn’t utilize lighting controls, reach out to our team to learn how they can help improve your space.

Another way you can help conserve energy and lower utility costs is to remind staff and occupants to turn off all manually operated interior lights when spaces are empty and to verify all automated lighting control schedules still match the needs of the occupants in each area.

Know Your Peak Times for Energy

Take note of your facility’s peak energy usage and demand hours as costs are highest during these times. This is when it’s most valuable to implement the steps above to manage your electric use, and therefore, lower costs.

Prepare Your Budget

While we’ve provided a few simple steps to help control your utility usage during the summer, most customers have little control over the utility rates in their area and find it hard to prepare their annual energy budget.

Our team of experts is on the frontlines of utility monitoring and communications, ensuring that we stay on top of ongoing fluctuations in energy consumption and costs. We can help you prepare your budget for the upcoming fiscal year to help you plan for upcoming rate changes.

How mySiteIQ Can Help

mySiteIQ Optimize is our technology-enabled service offering that reduces the effort to manage utility data, monitor equipment operation, and communicate key insights to stakeholders about the operation of your facilities. Contact us today to learn how we can help you achieve your energy, operational, or sustainability goals.

Lighting is one of the costliest of business-related expenses in factories, malls, showrooms, office buildings and supermarkets. To get optimal light distributed through all the necessary areas in a large facility, companies have traditionally spent vast amounts of money each year on lights that need to be replaced every few months. Fortunately, businesses now have a wider range of options that includes LED lights, which are longer-lasting and more energy-efficient than conventional types of lighting.

In a factory setting, a lot of the operating costs are fixed, including the cost of lighting. You can reduce your operating costs by lowering the amount that you spend on lighting. Today, many companies are switching to LED lighting because it conserves energy and saves money. Overall, the adoption of LED lighting has led to a $30 billion reduction in energy costs among businesses. By 2027, LEDs are expected to save 348 TWh of electrical energy.

As the trend toward LEDs continues to gain momentum, a growing number of business owners have asked about the best high bay lighting solutions. Fortunately, there are many options to suit a variety of lighting needs. Take a closer look at the benefits of each option.

A Guide to 6 LED Lighting Solutions for Warehouses

The best light fixtures for warehouses come in an array of designs, from regular and round to straight and directional. If you need rows of lights to beam down from high ceilings, high bay LEDs would be the ideal option. If you need to light circular display areas, your best bet would be round LEDs. You could also choose LEDs that are designed for angled positions. Each of the following LED designs can help you save money on energy and operating costs:

1. Economy LED High Bay Lighting

One of the most effective and economical ways to light up a warehouse is with LED high bay light fixtures. When you switch out HID or halogen lights for LEDs, you can lower your electrical costs by up to 80% percent. LED high bays are an ideal choice for commercial and industrial settings because each light can emit bright light across showrooms from high ceilings. LED high bays are available in round and tubular designs and emit light in the following wattages:

100W: terrific for ceilings in the 15–25 ft. height range, these lights can emit bright light across shopping areas and conference rooms.
150W: ideal for ceilings in the 30–40 ft. height range, these lights can emit bright light across workrooms and factory floors.
200W: optimal for 50-ft high ceilings, these lights can emit bright light across some of the widest and tallest showrooms and stadiums.

Experts choose LED high bays because these lights are practical, cost-effective, energy-efficient and powerful in terms of the amount of light that each LED is capable of emitting from high fixtures. LED high bays make it possible to save on maintenance costs because of the long lifespan of each light. While a traditional incandescent light bulb might only last for 1,000 hours, a LED will typically last as long as 25,000 hours. When you divide that up by the number of hours that your facility is in operation each week, you could be looking at tremendous savings due to the reduced consumption of energy and the less frequent light changes.

For example, if your factory or store is open 12 hours per day, 365 days per year, your lights would be on 4380 hours each year. You would have to change out incandescent bulbs on a quarterly basis. You’d only need to change LEDs once every five years, on average.

2. Spec Grade LED High Bay Lighting

One of the best lighting upgrades from metal halides and fluorescents is the Spec Grade high bay type of LED fixture, which can emit bright light across wide showrooms and high-ceiling workspaces. With Spec Grade LEDs, your factory floor will be illuminated with greater accuracy of color and detail. The lighting creates a workspace in which it is generally easier for staff to finish each job because fewer workers will need to resort to second looks and glances during assorted tasks.

Experts choose Spec Grade LEDs because of the high-quality light and the long lifespan of the bulbs, which makes it possible for business and factory owners to save money and improve working conditions. Spec Grade LEDs can be placed on ceilings as low as 15 feet to as high as 50 feet and work as a powerful light source all the same.

Spec Grade LEDs are ideal for a variety of industrial facilities. At auto-assembly plants the lights make it easier for factory workers to fasten parts into place as vehicle components move down the assembly line. Thanks to the high illumination and accuracy that Spec Grade LEDs provide, tasks that involve hand-eye coordination are easier to perform in fast-paced environments.

The main reason that Spec Grade LEDs are popular among factory owners is down to the high-performance of the light fixtures. When Spec Grade LEDs are installed on a 50-ft. ceiling, each light is generally good for roughly half a decade. Therefore, installers are not required to ascend those heights frequently because each light keeps going for years on end. Factory owners can focus on other concerns knowing that the lighting issue is largely a done deal.

3. Economy Round LED High Bay Lighting

In chain stores of all sizes, economy round LEDs are a suitable lighting option that offer bright lumens from great heights and distances. If you are just now considering trading out a set of storewide fluorescent or halogen fixtures, economy round LEDS could improve your shopping spaces for workers and customers alike. Economy round LEDs are made in a variety of colors and can be purchased in different tones for different parts of your shopping areas.

Experts like economy round LED lights because the design offers a practical alternative to regular square or rectangular lighting fixtures. Within a storefront, it is often preferable to have light that shines in a circular manner, as opposed to the square-emitting lights of factories and workspaces. With round LEDs, you can create an environment for your patrons that is both resourceful and comforting.

Economy round LEDs can also work in factory settings, whether you have a medium or high ceiling. The far reach and clear illumination of this type of lighting can make it easier for staff to read documents and perform tasks on the floor. As long as you have the right types of fixtures installed, economy round LEDs could make your lighting situation more efficient and less costly.

Round LEDs are also ideal for round and narrow work areas. If you have a showroom with a modern design where square areas cross into round spaces, round LEDs would be especially optimal in these areas because the light would emanate from a circular fixture. Therefore, the light would distribute down the rounded walls in an even matter, hitting every square inch equally up and down between the floor and the ceiling. In fact, you could install round LEDs in rounded areas and regular LEDs in square rooms to have the best of both worlds.

4. Spec Grade LED Round High Bay Lighting

Superior Lighting LED round lights are an optimal choice for owners of large pressing plants and public spaces. If you have a facility that is currently lighted with metal halide fixtures, round Spec Grade LEDs could serve as the optimal replacement. With rounded Spec Grade LEDs, you could drastically reduce your lighting bills and pass those savings onto other areas of your business operations. Spec Grade LEDs are equipped with heat sinks that reduce the temperature emitted from the light. As such, Spec Grade round LED lights are one of the best choices in warm and heavily trafficked buildings, especially those situated in typically humid climates.

Experts choose Spec Grade LED round lights because of the strong lighting and low temperatures that are generated from such fixtures. In professional workspaces, these qualities make the tasks easier to perform and more comfortable for the staff who work under such lights for long hours each day.

With round Spec Grade LEDs, you can illuminate areas of varying widths and sizes. If you have office rooms that are relatively small, you could light these areas with one or two fixtures. In the hallways and larger areas, you could have multiple fixtures placed at measured distances to create an efficient and economical light display.

Spec Grade LED round lights are also preferred by experts because of the range of color that you can get from these lights. If you wish to have yellowed or dimmed lights in certain areas, such options are available in an array of tones. If you need to have the brightest lights possible to emit from high ceilings over wide areas, you could get a lot more lighting power from Spec Grade LEDs than you would ever get from comparable fluorescent bulbs or halogen lights. High bay Spec Grade LEDs are also the ideal option as you phase out metal 250W and 400W halides one-by-one.

5. Directional LED Channel Retrofit

If you need the lighting in your showrooms or workspaces to emit from angles, directional LED lighting would be the most ideal option. Directional LED lights can be placed on ceilings and the upper-portions of walls to spread light at straight or angled directions. If you want to have the light pointed straight down at the floor from certain fixtures, directional LEDs can be used for that purpose. If you need to have the light pointed diagonally downward from the corners between walls and ceilings, you could have directional LEDs arrange for that type of setup.

Experts like directional LEDs because of the flexibility that they provide to factories, stores, malls and other large spaces. In a large workspace or shopping area, you generally need to have a range of lighting options to highlight different things in different areas. Directional LEDs make it possible to arrange the lighting in a regular and unconventional manner.

Another big benefit of directional LEDs is how the lights can be retrofitted to work in places with pre-existing light fixtures and assemblies. Directional LEDs are also a huge money saver when you compare the efficiency and lifespan of LEDs with all the competing options.

Directional LEDs are also one of the best options if you need to limit the amount of glare that emits from certain fixtures. If you wish to display lights around a showroom where customers congregate in vast numbers, direct light could be an intrusive presence. The more favorable option would be to have light pointed at slight angles that would place the bright whiteness out of direct view among shop patrons. Thanks to the power of the light, you can still get suitable brightness and lumens from directional LEDs, even when the light is pointed at an angle rather than straight at the floor.

6. OMNI Directional LED Retrofit

In offices and shopping areas, OMNI directional LED lights are an energy-saving option in which brightness emits from the circumference of each light. These lights can be placed on wall fixtures and used to illuminated light sideways in conference rooms, hallways, lobbies and other large areas. OMNI directional LEDs can be used in combination with high bay LEDs to provide light from multiple directions.

OMNI directional LEDs are a good option if you want a softer light in certain areas. OMNI LEDs are often covered with wall lamps to create a slightly dimmer light, the kind more suitable for waiting areas and other spaces where people sit and talk. OMNI LEDs can be equipped with bright daylight white or a dimmer, yellowish light for maximum performance over the course of several years with each light. OMNI LEDs can also be retrofitted to certain types of lighting arsenals.

Commercial LED Lighting Solutions from SitelogIQ

For industrial and commercial applications, lighting is the most important feature. Without good lighting, work teams perform slower and less efficiently. While it can be easy to light up a large space, lighting can be a costly investment if you don’t choose the most appropriate option. Fortunately, LED lighting lasts far longer and consumes less energy than competing options. It can be the right pick for many businesses.

While LED lighting can be used literally anywhere for an infinite range of purposes, a certain amount of retrofitting and installation is often required to make LEDs work in buildings that use other forms of lighting. It is therefore important to have your facility installed with the right fixtures to allow crystal-clear viewing, as made possible by LED lights.

Once you have LED lights installed at your facility, you should quickly see a reduction in your energy bills and increased performance in productivity. If you run a storefront or display room, LED lights could help boost customer engagement with display products. SitelogIQ is staffed with engineers who are experts in the installation and retrofitting of LED lights in large facilities. Contact SitelogIQ to learn more about how our team can help you transform your lighting situation.

Lighting comprises a large segment of energy use in the United States and is often a component of energy-saving initiatives. Optimizing the lighting systems of a building enables businesses, shopping centers, multifamily properties, local and state government agencies, and school districts to achieve greater energy efficiency, cut utility expenses, enhance occupant safety, and hit sustainability goals. As the most energy-efficient artificial light source available, LEDs are an effective choice when aiming to reduce lighting-related energy costs and waste. Here are the top 10 advantages of LED lighting.

1. Offers a Positive Return on Investment

Long-term LED use offers a positive ROI because they require up to 90% less power than incandescent bulbs and nearly half the energy of fluorescent lights.

Consider that a single school could save over $5,000 annually in utility costs by replacing fluorescent lights with LEDs. With government grants and utility rebates available to many districts, the cost of installing LEDs can be drastically reduced, so a positive ROI may be achieved quickly.

In addition, LEDs last 25 times longer than incandescent bulbs and up to 5 times longer than compact fluorescent lamps. Therefore, your facility team will not need to replace or maintain them as often as the alternatives, lowering overall maintenance costs.

2. Provides a Durable and Sustainable Lighting Solution

Since LEDs are long-lasting, efficient, and compatible with solar panels, they can also help with carbon footprint reduction. LED lighting upgrades help organizations keep pace with sustainability best practices and future-proof their facilities. According to research conducted by Harvard Business Review, consumers trust brands that deliver on sustainability efforts. Prioritizing this can create goodwill within the communities they serve.

LEDs can also help establishments stay aligned with or ahead of federal and state regulatory mandates, such as the rule requiring publicly traded companies to provide enhanced climate-related disclosures. This rule, proposed by the Securities and Exchange Commission (SEC), requires the tracking and reporting of risks and mitigation efforts related to greenhouse gas (GHG) emissions.

Another major advantage of LED lights is that they require less energy from GHG-emitting power plants, this means upgrading lighting systems to incorporate LEDs can be part of sustainability efforts that must be reported to the SEC. Additionally, when lighting systems connect to energy monitoring software, facility managers can easily track energy consumption and GHG emissions, so you are prepared for SEC reporting.

Learn About Our LED Lighting Solutions

3. Fosters Occupant Well-Being 

LEDs that are designed to mimic natural daylight can boost mood and well-being. Researchers widely accept that bright natural light has a positive impact on physical and mental health, reducing anxiety, depression, and work-related injuries. In buildings that lack natural light, LEDs offer an effective solution. They can also emit directional light and enable task lighting, which can help prevent eye strain.

4. Increases Occupant Productivity

Well-being affects engagement, and engaged individuals tend to produce better outcomes. With its positive impact on well-being, LED lighting promotes increased productivity.

LEDs also emit blue light, similar to the sun, helping building occupants feel more alert, engaged, and able to concentrate. For example, consider that in a study of 21,000 elementary school students, greater sunlight exposure increased reading outcomes by 26% and math outcomes by 20% — when compared to children who received less sunlight. Organizations can install LED lighting solutions that mimic sunlight to reap the same benefits of natural light within the indoor environment. 

5. Enables Flexible and Future-Ready Designs

Despite varying temperature ranges, LED lighting is able to maintain performance and efficiency. Therefore, you can install LEDs in cold or hot areas, inside or outside, and depend on them to function properly. LEDs are also tiny, solid-state devices that can be housed in strips, tubes, or bulbs, allowing for flexible and attractive installation options to best suit building aesthetics and design.

The increased adoption and implementation of LED lighting programs will continue for the foreseeable future due to new energy efficiency standards that aim to reduce the sale of incandescent light bulbs. Upgrading to LEDs can help future-proof your facility and gain energy savings sooner rather than later.

6. Promotes Facility Safety and Security

Inadequate lighting can lead to trips, falls, and industrial equipment accidents, as well as impact building security. Sufficient, bright lighting is necessary to create a safe workplace and comply with illumination requirements set by the Occupational Safety and Health Administration (OSHA).

LEDs offer bright, high-quality light to increase visibility inside workspaces, hallways, stairways, and outdoor environments, making these areas safer and enhancing occupant comfort. They also offer adequate lighting to deter vandalism and trespassing at facilities.

Unlike fluorescent bulbs, LEDs are mercury-free, eliminating the risk of mercury exposure. 

7. Streamlines Efficiency When Connected to IoT

LED lights are dimmable, typically operate on low-voltage, and easily integrate with occupancy sensors, making them inherently suitable for the Internet of Things (IoT). Connecting a lighting system to IoT has many advantages, such as real-time monitoring and turning lights on and off via smart controls, helping achieve energy efficiency and decrease utility costs.

8. Decreases Operational Downtime

An organization could stand to lose over $100,000 per hour of downtime, so every minute counts. Since LEDs are durable and have long life spans, they won’t degrade as quickly as other bulbs, meaning you won’t have to stop operations to repair the lighting system as often. LEDs turn on instantly rather than needing to warm up, reducing downtime after a power outage.

9. Invites Various Funding Opportunities

Organizations can access various funding and financing options, like grants and utility rebates, to implement energy-efficient upgrades. At SitelogIQ (SIQ), our lighting and facility experts can help identify funding opportunities and assist you through the application process.

For example, we provided guidance and support as our customer, Metro Nashville Public Schools (MNPS), applied for grant funding through the local utility company’s School Uplift Program. MNPS was awarded over $450,000 to upgrade its energy systems.

We collaborated with the district to implement smart LED lighting and monitoring technology to track and forecast utility usage. Our partnership with MNPS helped the district experience an energy reduction of 8.5 million kWh and $900,000 in avoided costs. In the last 4.5 years, the district achieved an average energy reduction of 20%.

Additionally, efficient lighting design wins stakeholder confidence due to its ability to provide well-lit facilities, create greater safety for building occupants, and, in most cases, support higher productivity. Stakeholders may be excited to invest in your establishment’s sustainability initiative, including plans to retrofit existing lighting systems with LEDs.

10. Allows for Easy Energy-Use Monitoring

LED technology easily integrates with energy management software like mySiteIQ. As a facility intelligence platform, mySiteIQ helps facility directors, managers, and leaders get actionable building information in real-time. Utilize data and analytics to monitor, track, and record light use to compile accurate reports for stakeholders, identify opportunities for lighting improvements, and make more informed decisions.

How SitelogIQ Can Optimize Your Facility’s Lighting System

Upgrading an outdated lighting system is essential to reach sustainability goals and cut energy costs. We can help your organization identify inefficient lighting systems by conducting an energy audit, and then recommend an energy-efficient solution that best aligns with your highest needs. Our centralized approach qualifies our experts to understand the unique demands of your facility as well as provide turnkey LED lighting solutions tailored to solve specific problems.

Contact us today to learn more.