The ecology benefits greatly from shoebox lot lights.
They use a great deal less energy, last three times as long, and cost less to maintain than conventional high-intensity discharge (HID) lights.
Due of their direct lighting, LED lights generally contribute less to light trespass. Numerous communities have begun the transition from HID to shoebox lot lights due to all of its wonderful attributes. Although Shoebox Lot Lights can generate a variety of hues of light, not all of them should be used in open places, as some cities have neglected to take into account. Bright, blue-rich white light can be problematic for locals, wildlife, and visibility of the night sky. The warmer the color and corresponding color temperature (CCT), the better for Shoebox Lot Lights.
Your streetlight’s CCT will let you know what shade and level of white to anticipate. It is expressed in degrees of Kelvin (K), which is comparable to Celsius. On the Kelvin scale, various temperatures correspond to various shades of color. For instance, the light at 2000K–3500K appears more orange–yellow and is referred to as ultra warm or warm white. As Kelvin temperature rises, color shifts to a “paper white” known as natural or neutral white (between 3500K and 5100K), and then to a bluish–white known as cool white (5100K–6500K).
LED street lights with a CCT of 3000K or below are advised by the International Dark-Sky Association (IDA), an organization whose goal is to preserve the night sky. Warm white light from these streetlights will make them safer for both people and wildlife. The CCT of daylight is approximately 6500K, which gives it a very blue appearance. That kind of nighttime light entering people’s houses through their windows can impair circadian rhythm and reduce melatonin production. Not only does melatonin aid in sleep, but it also strengthens the immune system, controls several hormones, and has antioxidant effects. According to studies, it may also help with IBS, migraines, and cancer prevention.
The color of the light varies throughout the day from dawn to dusk, from warm white to natural white to cool white to natural white to super warm white at sunset. Our bodies are accustomed to this light cycle. Our circadian rhythms can be disrupted by artificial lights that differ from the natural illumination cycle. Circadian rhythms are “physical, mental, and behavioral changes that follow a roughly 24-hour cycle, responding primarily to light and darkness in an organism’s environment,” according to the National Institute of General Medical Sciences.
as reported by bbier.com Different kinds of light cause various physiological consequences. Blue/white light is ideal for exercise since it inhibits melatonin while increasing serotonin, similar to a strong midday light. In contrast, red or orange light causes melatonin to be released in anticipation of sleep. The body will produce the appropriate amounts of dopamine, serotonin, cortisol, and melatonin at the appropriate times of day if everything is in balance.
The IDA highlights significant data from a report regarding the negative effects of shoebox lot lights on people and the environment on our website. This article states that research has indicated that exposure to light with a higher CCT before bed can have a negative impact on sleeping habits. According to the paper, persistent sleep interruptions can cause diabetes, obesity, heart disease, cancer, and other diseases.
In addition to potential health consequences, cool white street lighting can exacerbate glare for people with disabilities. Disability glare, which impairs your capacity to accurately see distances and space, occurs when stray light enters the eye. This occurs because blue light scatters more within the human retina, the paper claims. Despite not directly harming anyone’s health, glare makes driving less safe and increases the risk of traffic accidents.
Blue light used outside at night can likewise devastate the environment.
The daily cycle that plants and animals are accustomed to is basically altered when light with a CCT near daylight is introduced. They are reliant on this cycle of light and dark for protection, migration, sleeping, and hunting. According to research scientist Christopher Kyba, “… the introduction of artificial light probably represents the most drastic change human beings have made to their environment,” nocturnal creatures have suffered greatly from cool white light at night, the IDA adds. Since insects are drawn to cool white light, insect populations are dropping. They circle beneath it till they are dead and exhausted. Just the fact that insects are necessary for plants, birds, and other animals to live has a significant impact on our ecology.
Cool white LED lights used outside at night may add to light pollution or brighten of the sky because blue light has a greater range. As a result, star visibility is reduced, which may hurt astronomy studies. To avoid light pollution, cool white LED lights should either be covered or pointed directly downward.
The information regarding cool white lighting makes it very evident why this color shouldn’t be utilized at night in outdoor public spaces. By no means does this imply that cool white LED lights are a bad thing. Simply said, they work better indoors or in places where their reach will be limited, such as loading docks or building entrances.
They work well for applications where the lights won’t stay on all night, such as outdoor sporting venues. The same is true of Shoebox Lot Lights in natural white. They are an improvement over cool white lights, although similar applications still call for better lighting options. A CCT of 3000K or less warm white LED street lights and shoebox lot lights are a much better choice for public outdoor spaces. They are now the greatest options for street lighting since they emit a substantially lesser proportion of blue light, which is invisible to the eye.
To view our selection of warm white shoebox lot lights, click the image below.
How to Save Energy with LED Shoebox Lot Lights
Box of Shoes Operating lights like poles and floodlights costs a lot of money.
The reason for their high price is that they will stay on for the majority of the night, earning them the moniker “always-on lighting.”However, LED Shoebox Lot lighting may significantly lower this cost, making them the finest lighting for long-lasting illumination of vast expanses. Manufacturers, facility managers, and building owners can all benefit from these lights in terms of lower maintenance costs, increased energy efficiency, and enhanced environmental sustainability. Since they have an impact on the places we visit or work, bright LED parking lot lights have also evolved into an indispensable component of our landscape.
They not only brighten the area to provide good sight, but they also give passersby and clients a sense of security.
Given this, there are numerous ways LED shoebox lot lights have helped buildings that have adapted their use to conserve energy.
LED Lot Lights for Shoes
Area lights for outdoor parking lots and wraparound light fixtures for indoor parking lots are only a couple of the fittings that are available for LED shoebox lot lights.
They can be utilized for branding, site aesthetics, and customer safety in the parking lots of companies, warehouses, parks, hospitals, apartment buildings, etc.
These bulbs are well regarded for being the most energy-efficient options when compared to conventional lighting.
Commercial buildings that employ them experience a 75% reduction in energy usage, which has led to the widespread adoption of LED technology in place of inefficient outdoor lighting systems.
LED Shoebox Lot Lights illuminate the area for both automobiles and pedestrians, and they come in a variety of sizes, shapes, and materials for fixtures, including concrete, aluminum, fiberglass, and wood.
They can now be categorized as lights for canopies or parking garages because of their variety.
LEDs themselves are semiconductors that release visible light when an electric current flows through them.
How to Save Energy Using LED Lights
Without a doubt, LED Shoebox Lot Lights can conserve energy, and this claim is supported by a number of statistics.
According to the Office of Energy Efficiency & Renewable Energy, for instance, LEDs use less energy than traditional or conventional lighting in parking lots by over 50%.
According to the U.S. Department of Energy, businesses that installed energy-efficient lighting in their parking lots were able to reduce their energy use by 90% in 2014.
LEDs not only cut energy expenses but also maintenance costs for companies.