If you're trying to find parking lot lights for the first time — or the first time in a while — it's natural to have some questions. Parking lot light technology has made significant strides in the past few years, and staying up to date with modern solutions may require research.
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Over the past few decades, LED lights have overtaken incandescents and fluorescents as the go-to lighting source for every application — including parking lots. LEDs are more efficient and longer-lasting than traditional light sources and, when properly outfitted, emit very little harmful blue light.
More recently, solar has come to the fore as a cheap, reliable, and sustainable alternative to creating and maintaining an on-grid system. Good solar lights will continue to shine for over a week without the need for sunlight, which can reduce your monthly energy costs for parking lot lighting to zero.
Solar parking lot lights are also more reliable than traditional systems, as they do not depend on the power grid to stay on. If there's an outage of any kind — blackout, brownout, downed line, or grid failure — your solar-powered parking lot system will continue to shine indefinitely, ensuring safety and savings under any circumstances.
To help you navigate the ever-expanding world of parking lot lighting, we've created this list of three ways you can save big on parking lot lights in , along with some frequently asked questions about parking lot lights.
Here are a few frequently asked questions about parking lot lighting.
In recent years, many developers and builders have made the switch to solar LED parking lot lights. These lights offer many benefits that others don’t — such as low energy costs, lower maintenance costs, and higher light quality.
LED parking lot lights offer substantially greater efficiency than traditional lighting, giving you more brightness (as measured in lumens) for less power (as measured in watts). LED parking lot lights from brands like Cree last for up to 50,000 hours of use, or 11 years (assuming 12 hours of use per day).
Going solar multiplies the inherent sustainability strengths of LEDs. Using solar LED parking lot lighting, you'll enjoy not just reduced energy costs, but zero energy costs. Well-equipped solar LED lights can operate for as long as a week without any sunlight, effectively lighting your parking lot for free in all but the most extreme circumstances.
Shielded LED lights also emit very little blue light. The U.S. Department of Energy has linked nighttime exposure to blue light to disrupted sleep patterns. Additionally, the International Dark-Sky Association (IDA) names blue light as a leading cause of light pollution, light trespass, and skyglow.
Light trespass is when light produced on one property spills over to another. It's not just inconvenient; in some places, it's also illegal. Skyglow is the aura of light surrounding a city center as its light sources reflect off of the atmosphere. Skyglow reduces the visibility of the night sky. The best lighting for parking lots will emit very little blue light, causing minimal light pollution, light trespass, and skyglow.
However, not all solar LED parking lot lights are created equal. The best-researched and most environmentally friendly type of solar panel is the monocrystalline silicon solar panel. Monocrystalline silicon solar panels are more efficient than other solar panel technologies and have the least environmental impact of any available solar technology.
Some solar panels are made of cadmium, a highly toxic metal. Truly green companies always use monocrystalline silicon in their solar panels, protecting the environment from manufacturing to deployment.
Greenshine's commercial solar parking lot lights are a great solution for businesses looking to reduce their energy costs. Outdoor LED parking lot lights can give off a lot of lumens using significantly less wattage than other bulbs, making them the perfect companion to solar power.
Brightness is measured in lumens. Unshielded parking lot lights often provide as much as 22,000 lumens of illumination. However, this measurement does not take into account directionality. If these lights are unshielded — hence contributing to light pollution, light trespass, and skyglow — then most of those lumens aren't going where they're most needed.
Overbright, undirected light is actually more of a hindrance than it is helpful. Shielded, focused lights can get the job done at a fraction of the lumens of unshielded lights, without contributing to light pollution, light trespass, and skyglow.
Because wattage measures power consumption, not brightness, parking lot light wattage varies significantly depending on the efficiency of the light. Parking lot lights with solid efficiency (130 lumens per watt or more) typically operate at between 30 and 80 watts and can cost a few hundred dollars per year per light. Of course, solar lights from Greenshine are free to operate.
Parking lot lights are rated in use-hours. Most LED parking lot lights offer a few thousand hours of use or more, although this varies depending on the type of light and the manufacturer.
The best parking lot lights last for up to 50,000 hours of use, or 11 to 15 years (assuming 8 to 12 hours of use per day). That's just the light itself, though. The other components matter too, and lower-quality alternatives won't last half as long.
Picking the right battery is an important part of having long-lasting solar parking lot lights. AGM batteries only last from three to five years. Gel deep cycle batteries, on the other hand, have 12 years of floating design life and can handle frequent cyclic discharge under extreme temperatures.
The battery life of your light fixture can be further protected with an IP68 solar charge controller, which works to keep your battery from overcharging — a leading cause of premature battery failure.
Poles and lighting fixtures themselves should also resist extreme weather and other sources of damage to ensure maximum longevity. Look for poles made of high-quality galvanized steel coated in corrosion-resistant powder.
Poles without corrosion-resistant powder will corrode eventually, which both looks bad and poses serious risks to the structural integrity of the light fixture. The rate of corrosion for untreated poles varies based on environmental factors.
You should also look for parking lot LED lights with LEDs housed in a durable aluminum frame. Aluminum is sturdy but also flexible, so even in extreme instances — like a direct impact — the aluminum will bend, not break, and the light will continue to shine.
In addition to the aluminum housing, the light should feature a multilayer EVA encapsulation to reduce blue light emissions and misdirected light, as well as impact-resistant tempered glass.
Correlated color temperature (CCT) is an index used to describe a light's color temperature. CCT is measured in Kelvin, a scientific measurement usually reserved for temperature. A light fixture's color temperature is a helpful guide in determining the amount of blue light the fixture emits.
The U.S. Department of Energy defines blue light as all light with a wavelength between ~424 and ~500 nanometers. Blue light is sometimes called short-wavelength light.
A higher CCT usually means more blue light. Most lights beyond about 3,000 K CCT put off a significant quantity of blue light and should be avoided. Mercury and fluorescent lighting fixtures emit more blue light than most other types of lighting fixtures. LEDs also emit blue light, but, when shielded, the blue light emitted by an LED is sharply reduced.
Blue light isn't usually visible, so don't expect to be able to determine a light fixture's blue light content just by looking at it. Most lights that emit potentially dangerous levels of blue light look white to the naked eye. It's a cold shade of white, the kind usually associated with fluorescent lighting.
Warmer, sunnier hues are usually safer. Look for a warm white tone, somewhere between true yellow and a cold sterile white. Lights with this hue illuminate parking lots clearly while being more gentle for your eyes' sensitive photoreceptors.
Here are the three best ways to save on parking lot lights.
Modern research, design, and innovation have propelled LED light bulbs to the forefront of green living. Low-watt LED lights can have twice the lifespan of their incandescent counterparts, yielding substantial savings on replacement costs.
As if that weren't enough, LED parking lot lights also boast several times the efficiency of traditional lights. A 10-watt bulb can produce the same level of brightness as a 60-watt incandescent bulb. Even though their initial cost is higher, with LED light bulbs, you can save as much as 80% every month on energy costs, with an additional savings of 90% or more on replacement costs.
The total lifetime value of a single LED light readily outstrips traditional incandescent lights, despite their higher initial costs.
Although LED parking lot lights draw only a fraction of the power of their incandescent counterparts, they do still draw power. What if you could install low blue light, Dark Sky friendly, ultra-high brightness lights while eliminating your energy bill?
That's exactly what solar offers. Solar parking lot lights let you drop your energy costs to zero while enjoying the same high-quality light provided by high-efficiency LEDs. Good solar lights can run for as long as a week without sunlight, have protection against overcharging, and cost much less to power, repair, and maintain than traditional lighting systems.
If you work in an industry that must report its emissions and energy usage to the Environmental Protection Agency, installing solar LED parking lot lights may be an important step in remaining compliant with environmental regulations.
Installation costs are the largest investment you'll make in a parking lot lighting system. Traditional, on-grid lighting systems must be connected to the local power grid. That doesn't just entail a monthly bill and higher emissions; it also means you'll have to pay to have a trench dug into the ground and wire run through the trench. Trenching is hard, expensive, and time-consuming work, and quickly balloons the labor budget of any parking lot light installation project.
Some property owners save several thousands of dollars on day one of installation by going with a solar lighting system. Total installation costs for a solar lighting system are often as much as 20% lower than installation costs for traditional lighting systems, and avoiding trenching is a big part of that day-one savings.
Greenshine is a leading name in safe, effective, and sustainable commercial solar lighting solutions. Greenshine offers fully solar LED parking lot lights with customizable height options and light fixture styles to suit the needs of your particular project.
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Greenshine uses only monocrystalline silicon solar panels, helping protect the environment from production to deployment. Greenshine's fixtures are rated to last for twenty years, and provide bright, even, and warm illumination in any setting.
With Greenshine, you'll never have to pay trenching costs or a monthly light bill ever again. All of Greenshine's systems are fully solar, come with top-of-the-line gel deep cycle batteries with IP68 solar charge controllers for overcharge protection, and long-lasting Cree LEDs.
The International Dark-Sky Association has certified all of Greenshine's systems as Dark Sky Friendly, guaranteeing low blue light emissions and minimal contribution to light trespass, light pollution, and skyglow. Dark Sky Friendly lights are even required in some areas, and getting certified Dark Sky Friendly light fixtures may be the only way to make sure you're compliant with local light regulations regarding light trespass and light pollution.
Switching to a solar hybrid light tower can make a big difference for projects looking to save money and reduce environmental impact. These towers harness free solar energy, slashing fuel costs and minimizing reliance on non-renewable resources. In fact, the North America Solar Light Tower Market, valued at $547.4 million in , is expected to grow at over 6% annually through . Along with cutting noise and toxic emissions, solar hybrid light towers help businesses align with global sustainability goals while improving operational efficiency. They’re not just lights—they’re a smarter, greener choice.
Solar-powered light towers offer a game-changing solution for reducing reliance on traditional fuel sources. By harnessing free energy from the sun during daylight hours, these towers significantly cut down on fuel usage. This not only helps businesses save money on fuel but also makes operations more sustainable.
The reduced fuel dependency of solar hybrid light towers translates into lower operating costs. Unlike gas-powered alternatives, which require constant refueling, hybrid light towers rely on renewable energy to power their operations. This shift leads to long-term savings, making them a cost-effective choice for businesses looking to reduce operating costs without compromising performance.
To better understand the impact, consider the following data:
This reduction in fuel consumption highlights why solar hybrid light towers are a smarter, greener choice for modern projects.
Hybrid systems are designed to reduce the need for continuous generator operation. By combining solar energy with battery storage, these towers can operate for extended periods without relying on fuel-powered generators. This minimizes generator runtime, leading to fewer interruptions and less downtime.
Less refueling also means fewer logistical challenges. Workers spend less time managing fuel supplies and more time focusing on the task at hand. For example, solar hybrid light towers can save up to 60% on fuel annually compared to traditional gas-powered towers. This level of efficiency not only reduces costs but also enhances productivity on job sites.
In addition to saving money, the reduced generator runtime extends the lifespan of the equipment. With fewer moving parts in operation, hybrid light towers experience less wear and tear, making them a durable and reliable portable lighting solution.
Solar hybrid light towers are a game-changer for reducing greenhouse gas emissions. During solar operation, these towers produce zero emissions, making them an environmentally friendly choice. By relying on renewable solar energy, they significantly cut down on the use of fossil fuels. This leads to reduced emissions, helping businesses lower their carbon footprint while meeting sustainability goals.
Lower fuel usage also means fewer pollutants released into the environment. Hybrid light towers combine rechargeable batteries with fuel-efficient diesel engines, ensuring minimal emissions when the generator is in use. This makes them a sustainable solution for companies aiming to align with environmental, social, and governance (ESG) objectives. Whether it’s a construction site or an outdoor event, solar hybrid light towers provide eco-friendly illumination without compromising performance.
For projects focused on sustainability, solar hybrid light towers are the perfect fit. They’re ideal for initiatives requiring LEED certification or other eco-friendly practices. By utilizing renewable energy, these towers demonstrate a strong commitment to protecting the environment. This not only helps businesses achieve their green goals but also sets them apart as leaders in sustainability.
Choosing hybrid light towers enhances a company’s reputation. Clients and stakeholders increasingly value businesses that prioritize sustainable solutions. By adopting solar hybrid light towers, companies showcase their dedication to reducing emissions and promoting eco-friendly illumination. This commitment resonates with environmentally conscious audiences, boosting brand image and fostering trust.
Additionally, these towers offer practical benefits for eco-conscious projects. They lower fuel costs, reduce noise pollution, and contribute to a cleaner environment. Their portable design makes them versatile for various applications, from remote job sites to urban areas. With solar hybrid light towers, businesses can achieve both operational efficiency and environmental responsibility.
Solar-powered light towers offer a significant advantage when it comes to noise reduction. Unlike traditional gas-powered options, these towers operate silently during solar or battery use. This makes them an excellent choice for projects in noise-sensitive areas, such as residential neighborhoods or urban environments. Whether it’s nighttime construction or an outdoor event, the quiet operation ensures minimal disruption to nearby communities.
The reduced noise levels also create a more comfortable work environment for employees. Workers can focus better without the constant hum of a generator in the background. This quieter atmosphere not only improves productivity but also enhances overall job satisfaction. For projects requiring less noise pollution, solar hybrid light towers provide a practical and eco-friendly solution.
Gas-powered light tower types are notorious for their loud operation. Gasoline engines, in particular, produce high noise levels, making them unsuitable for areas where silence is essential. Diesel engines, while slightly quieter, still generate moderate noise that often requires additional soundproofing measures. These challenges can complicate operations in residential or urban settings.
In contrast, hybrid light towers operate much more quietly. Their hybrid engines ensure compliance with noise regulations, while their electric components offer the quietest operation available. This makes solar hybrid light towers ideal for construction sites near homes, schools, or hospitals. They allow businesses to maintain productivity without disturbing the peace.
For noise-sensitive projects, the difference is clear. Solar hybrid systems outperform traditional gas-powered options by providing quieter, more efficient lighting. Their ability to combine silent operation with portability makes them a versatile choice for a wide range of applications.
Solar hybrid light towers are designed with simplicity in mind. Unlike traditional gas-powered light tower types, these towers have fewer mechanical components. This streamlined design reduces the chances of wear and tear, leading to fewer breakdowns and lower repair costs. Businesses can rely on these towers for consistent performance without worrying about frequent mechanical failures.
The modular design of solar hybrid light towers adds another layer of convenience. Field-replaceable components make maintenance quicker and easier, saving both time and money. Operators have also reported fewer service intervals thanks to advanced features like self-cleaning hydrophobic nano-coatings. These coatings maintain higher light transmission over time, ensuring the towers operate efficiently for longer periods. For example, a food processing plant that switched to modular towers saw a 43% reduction in maintenance costs. This highlights how fewer moving parts can make hybrid light towers not only more reliable but also cheaper to run.
Additionally, surveys show that 62% of industrial buyers prioritize maintenance costs when choosing equipment. With modularity reducing maintenance frequency by up to 30%, solar hybrid light towers emerge as a cost-effective solution for businesses looking to cut costs without compromising on efficiency.
Gas-powered generators demand constant attention. Frequent oil changes, filter replacements, and other routine maintenance tasks can quickly add up in terms of both time and cost. Solar hybrid light towers, on the other hand, require far less upkeep. Their reliance on renewable energy and advanced battery systems means longer intervals between maintenance checks.
This reduced need for servicing translates into fewer disruptions on job sites. Workers can focus on their tasks without worrying about unexpected equipment downtime. The lower maintenance requirements also make these towers an excellent portable lighting solution for remote locations where access to repair services might be limited.
By choosing solar hybrid light towers, businesses can enjoy a longer-lasting, more efficient lighting system. These towers not only reduce maintenance costs but also enhance overall operational efficiency. Whether it’s a construction site or an outdoor event, solar hybrid light towers prove to be a smarter, more sustainable choice.
Solar hybrid light towers come equipped with smart controls that make managing operations easier and more efficient. One standout feature is remote on/off switching, which allows operators to control the towers without being physically present. This convenience saves time and ensures seamless operation, especially for projects spread across large areas.
Real-time monitoring takes efficiency to the next level. Using mobile or web apps, operators can track battery status and performance metrics instantly. Alerts notify users of potential issues, enabling quick responses to maintain optimal functionality. These IoT-based systems also optimize energy usage by adjusting light output during low activity periods, reducing unnecessary fuel or battery consumption.
Enhanced visibility is another benefit of smart controls. Operators gain a clear overview of the tower’s performance, ensuring consistent lighting and reducing downtime. Automated dimming features respond to ambient light conditions, maintaining brightness while minimizing manual intervention. These advanced monitoring capabilities make solar-powered light towers a reliable and efficient lighting solution for modern projects.
Automation is a game-changer for hybrid light towers. By reducing the need for manual adjustments, automated systems streamline operations and improve productivity. For instance, smart energy management systems optimize energy utilization, ensuring the towers run efficiently without wasting resources. This level of automation sets solar hybrid light towers apart from traditional light tower types.
Remote monitoring further enhances operational efficiency. Operators can track data in real time and make adjustments remotely, eliminating the need for on-site intervention. This capability is particularly useful for portable lighting solutions deployed in remote or challenging environments. It ensures consistent performance while reducing labor costs and logistical challenges.
Traditional gas towers lack these smart features, making them less efficient in comparison. Solar hybrid systems, with their advanced controls and automation, offer significant advantages. They reduce operational carbon emissions, improve energy efficiency, and deliver long-term savings. For example, solar integration could cut emissions by 300,000 tons annually for major facilities, while projected savings from eliminating fuel costs range between $12.52 trillion and $25.56 trillion over the system’s lifetime. These metrics highlight why solar hybrid light towers are the future of efficient lighting solutions.
With these features, solar hybrid light towers deliver unmatched performance, making them the ideal solution for businesses seeking efficient lighting solutions.
Solar hybrid light towers offer a smarter, more sustainable alternative to traditional diesel-powered light towers. They deliver unmatched benefits, including significant cost savings, quieter operation, and reduced maintenance needs. Their environmentally friendly design aligns with global sustainability goals, making them the best hybrid light tower for modern projects.
The numbers speak for themselves. The market for solar hybrid light towers is projected to reach $13 billion by , with a steady growth rate of 3.7% through . Key applications include construction and emergency relief, where their LED lamps and long-term cost efficiency shine. These towers also provide strong environmental incentives, making them a win-win for businesses and the planet.
Switching to solar hybrid light towers means saving money, reducing your carbon footprint, and enjoying hassle-free operation. Make the switch today and experience the future of portable lighting solutions.
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