If you’ve ever stood in a busy airport concourse at 2 a.m., waiting for a delayed red-eye while half the overhead fluorescent fixtures flicker and dim, or watched construction crews squint into work lights during a terminal expansion at a remote regional airport, you might’ve missed a small, but increasingly common, shift taking shape in how airport teams power their lighting. As a solar lamp supplier that’s worked with small regional airports and major international hubs across two continents, I get asked this question all the time: Can solar lamps actually work in airports? The short answer is yes—but only when you pick the right type, size, and installation setup, and work with a partner that understands the unique rules airports have to follow. Over the past seven years we’ve supplied our lights to 12 airports, from a 2-gate terminal in rural Wyoming to a mid-sized hub in Portugal, and I’ve seen firsthand how solar lamps aren’t just a “nice-to-have” for airports—they’re often a practical, cost-saving fix for some of the most frustrating pain points airport managers deal with every day. Solar Lamp
First, let’s break down why people doubt solar lamps in airports. Airports are huge, sprawling sites with constant power demands, strict FAA regulations, and weather that can swing from blizzards to monsoons in a single week. For years, the only lighting most airports used was grid-powered: overheads in terminals, high-mast floodlights for runways and parking lots, and portable work lights for construction or maintenance. The assumption is that solar isn’t reliable enough for a place that can’t afford a lighting outage—especially during takeoff or landing, when visibility is non-negotiable. That assumption makes sense, but it only applies to one category of solar lamp: the low-wattage, consumer-grade ones you might put in a backyard or a walkway. The solar lamps we make for airports are purpose-built for heavy, 24/7 use, and they’re engineered to meet every standard the FAA and other aviation bodies set.
Let’s start with the most obvious use case that’s blowing up right now: temporary lighting. During terminal renovations, runway resurfacing, or expansion projects, airports need lighting in areas that are far from existing power hookups. A few years ago, we worked with a regional airport in the Pacific Northwest that was adding a 5-gate extension to its main terminal. The construction site was 0.8 miles from the nearest electrical panel, so running power lines would have cost the airport $120,000 in trenching, conduit, and permit fees, plus 6 weeks of downtime for digging through taxiway pavement. We supplied them with 18 of our high-output solar flood lamps, each with a 300-watt solar panel, a 200,000 mAh lithium iron phosphate battery, and a motion sensor that only activates when someone walks within 50 feet. The lights were installed in 2 days, no trenching required, and they’ve run for 3 years straight with no maintenance. The project came in $90,000 under budget, and the construction team said they never had to deal with dead work lights—even during the region’s 6-month rainy season, when solar panels get less than 4 hours of direct sun a day. That’s the key difference between consumer solar and industrial airport solar: our lamps don’t just rely on direct sun. They’re built with a battery that can store enough power for 7 to 10 days of overcast weather, and they have a low-light sensor that will supplement with a small amount of grid power only if needed (though most of our airport customers never need that extra step).
Another big, underrated use case is emergency backup lighting. Every airport is required by federal regulation to have backup power for critical areas: terminal corridors, taxiway edge markers, and control tower access roads. Most airports rely on diesel generators for this, but generators are loud, require regular fuel deliveries, and can fail if they sit unused for weeks. We supplied 24 of our solar-powered emergency path lights to a small international airport in Florida after Hurricane Ian hit in 2022. The airport’s main generator went down for 12 hours during the storm, and the backup generator was out of service for 3 days while parts were flown in. Our lights were mounted on existing light poles along the access road to the control tower, and on the corridor leading to the emergency exit of the main terminal. When the grid went down, all the solar lights automatically switched to backup mode, and there was zero disruption to passenger flow or air traffic operations. The airport’s operations manager told us later that they saved over $5,000 in diesel costs that month, plus they didn’t have to waste time refueling generators during a crisis. For airports, emergency reliability isn’t a “convenience”—it’s a legal requirement, and solar lamps check that box better than diesel for many small to mid-sized sites.
Now, let’s talk about the rules, because airports don’t just install anything they want. The Federal Aviation Administration (FAA) in the U.S., EASA in Europe, and ICAO globally have strict guidelines for anything that’s placed on airport property, especially within the 15,000-foot radius around runways that affects landing and takeoff. When we design our airport solar lamps, every component is tested to meet those standards. For example, the FAA requires that any lighting near runways can’t create glare that would distract pilots. Our solar lamps have a shielded LED lens that directs light only downward, so no stray light goes up into the sky—this means they meet the FAA’s glare reduction standards, and they’re even used on taxiways for small airports that don’t have permanent taxiway edge lights. We also have to make sure the solar lamps don’t interfere with airport navigation systems, like VOR beacons or GPS for approach systems. Our engineering team does a full electromagnetic compatibility test for every lamp model, so they don’t emit any radio frequency that would disrupt those critical systems. That’s why our lamps aren’t sold to just anyone—we only work with airports or authorized contractors, because we want to make sure they’re installed correctly and follow all the rules.
Of course, solar lamps aren’t the right fit for every part of an airport. Major international hubs with 100+ gates, like Atlanta Hartsfield-Jackson or Dubai International, have massive power grids that can handle 10,000+ overhead lights, and switching those to solar would be a huge, expensive overhaul. But for smaller, regional airports—airports with less than 10 gates, that serve mostly domestic flights or small international routes—solar lamps can make up 30-40% of their lighting needs, and save them a lot of money. We did a cost analysis a few years ago for a 4-gate airport in Idaho. They were spending $18,000 a year on electricity and generator fuel for parking lot lighting, construction work lights, and emergency backup. By switching all those areas to our solar lamps, their annual energy costs dropped to $1,200 a year—almost all of which is for occasional maintenance checks (we recommend a yearly cleaning of the solar panels, which takes 15 minutes total). The payback period for their initial investment? Just 2.5 years. That’s a number that’s hard to argue with, especially for airports that operate on tight budgets from local government grants or small airline contracts.
I know some readers will still have questions. What about snow? We had a customer in Colorado with a 2-gate airport that gets 120 inches of snow a year. They installed our lamps on the roof of their terminal, and even during the heaviest blizzards, the solar panels are angled at a 30-degree tilt (the optimal angle for snow sliding off) and built with a snow load rating of 100 pounds per square foot. During the 2023-2024 winter, they reported that only 2 of their 12 lamps needed a quick brush of snow in 6 months, and they never went dark. What about theft? Airport property is in a secure area, but we do have a tamper-proof mounting bracket that can be bolted to concrete or steel poles, so lamps can’t be easily removed. We also track every lamp with a unique serial number, so we can locate them if they do go missing.
Another benefit that a lot of airport managers don’t think about right away is sustainability. More and more, airports are setting net-zero goals, and cutting lighting energy use is one of the easiest ways to hit that. The airport in Florida we worked with after Hurricane Ian now has a 50% lower carbon footprint than similar-sized airports in the region, and they used that as a selling point to attract a new low-cost carrier that was looking for environmentally conscious hubs. Passengers and airlines care about that now—so a solar-powered airport isn’t just cheaper to run, it’s more attractive to the businesses that operate there.
At the end of the day, the biggest barrier to using solar lamps in airports isn’t whether they work—it’s outdated assumptions. Ten years ago, solar was too expensive, too unreliable, and not built for heavy industrial use. Today, lithium iron phosphate batteries are affordable and last 10-15 years, LED lights use 75% less energy than old fluorescent bulbs, and the technology to store and distribute solar power has come a long way. We’ve installed over 400 solar lamps at airports across North America and Europe, and not a single one has failed during a critical operation.
If you’re an airport manager, facilities director, or contractor reading this and you’re interested in testing solar lamps for your site, we’re here to help. We can send a team to do a free site assessment, walk through the regulations specific to your location, and create a custom plan that fits your needs and budget. We don’t do one-size-fits-all solutions—every airport has different lighting requirements, weather patterns, and rules, so we build our lamps to work around those, not the other way around. Whether you need temporary work lights for a construction project, emergency backup for critical areas, or long-term parking lot lighting that cuts your energy bills, our team can help you find the right solution.
Inverter References:
Federal Aviation Administration. (2021). Airport Lighting Standards and Compliance Guidelines.
European Union Aviation Safety Agency. (2022). Renewable Energy Solutions for European Regional Airports.
International Civil Aviation Organization. (2020). Emergency Power Requirements for Airport Operations.
North American Solar Energy Society. (2023). Industrial Solar Applications in Commercial and Public Facilities.
Hebei Mutian Solar Energy Technology Development Co., Ltd.
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