What’s a Parking Lot Light’s Coverage?

Parking lot lighting illuminates parking lots, walkways, roads, and paths. Most parking lot lights are pole-mounted to cover wide areas. Lighting requirements vary by locale. Parking lot lighting should be eye-friendly. Parking lot coverage Light helps consumers or staff operate safely. Working in the parking lot poses safety dangers. This region needs good illumination.

If you are seeking a parking lot light that can illuminate a sizable region, you should think about utilizing an LED. Because LEDs are broader than conventional parking lot lights, this implies that they can illuminate a larger area. You can consult a coverage map to get an idea of how extensive the coverage of an LED is. You may find coverage maps by searching the internet for “coverage maps LED.” These maps are accessible for download. When selecting lights for a parking lot, some aspects to take into account include the kind of lens the fixture has as well as the number of LEDs it employs. Choose a parking lot light that operates on LEDs if you need it to have a long lifespan and you want it to be energy efficient. LEDs have a longer lifespan and require less maintenance than other types of lighting since they are more energy efficient.

It can be tough to know what type of parking lot light is right for your business. That’s because there are so many options available, including LEDs, halogen lights, and high-pressure sodium (HPS) lamps. Which one is the best for your company? It all depends on the coverage map that your parking lot has. If you’re not sure what a coverage map is, it’s a map that shows how well the light is covering your area. Some factors to consider when selecting a parking lot light include the width of the LED strip, its wattage, and the type of lens it comes with. LEDs are usually wider than halogen or HPS lamps, but they don’t produce as much light. So if you only need a minimal amount of light in a specific area, an LED strip might be best for you. However, if you need more light in a wider area, a halogen or HPS lamp might be better.

Type 3 Lens

Type Lenses are Transmissive Optical Devices that refract light. A simple lens is a single piece of material, whereas a compound lens is made up of numerous simple lenses. Parking lot light designs rely on optics. Round, square, and hexagonal LED lenses are available. Plastic and silicone are lens materials. Some are hard, others pliable. Type 3 LED lenses are for single or numerous parking lot LEDs. They sit above LEDs to provide lights. Type 3 lenses’ features allow accurate light beam control. LED type 3 lens may hide LED components for a pleasant look. Beam intensity and quality can vary greatly amongst lenses with the same viewing angle, depending on the emitters.

Coverage?

Parking lot light mounting heights are generally from 12 to 20 feet, although poles can reach 35 feet. Parking lot size impacts light pole height.

What’s The Parking Lot Light Count?

Each pole should have two 20,000-lumen LED parking lot lights installation around 15-20 feet high. 20-foot spacing between poles. It’s dim. Depending on your parking lot’s footcandles and homogeneity, you may decide how many lights you require. Footcandle measures surface light. Maximum-to-minimum illumination levels determine light homogeneity. Most outdoor parking lot applications require a 3:1 proportion. Lighting loses homogeneity due to the gap between lights. Trees complicate uniformity.

The quantity of parking lot lights depends on the poles you utilize. Mounting heights for parking lots are typically from 12 to 20 feet but can reach 35 feet. Parking lot size influences pole height. Larger areas require taller poles and vice versa. After determining the pole height, you may decide on fixture spacing. Higher mounting heights require fewer poles.

Are LEDS Wider?

No, similar patterns. Brighter, but not always bigger

LED light fixtures don’t cover additional space; they assist you to build an optimal parking lot layout. LED lighting patterns dictate how light is spread when projected onto an item or surface. 50% of the fixture’s luminous intensity determines it. Parking lot lighting uses these distributions. Type I, II, III, IV, and V light distributions are unique.

Type I design gives pathway fixtures a wide, symmetrical light.

Type II light fixtures have lower dispersion and are for roadside or street illumination. Mounting and wiring details for streetlights are here.

Type III light dispersion is 2.75 times fixture height.

Asymmetrical light fixtures are Type IV. These light fixtures cast light 2.75 times wider than their heights, but with a more circular distribution pattern that pushes the light outward.

Omnidirectional light fixtures type V. They circulate light around the fixture.

Coverage Maps

T3, short for Type III, is the defacto parking lot light standard. 140 degrees broad and 90 degrees forward is 46 feet wide and 28 feet ahead at 20 feet high.

Below is a 300-watt NextGen II light at 30 feet high. Foot candles are circled numbers. A 150-watt equivalent would be half this quantity. This light’s coverage area is half at 15 feet.

Foot candles are seen. This shows us where to place the next light. In the 30-foot example above, you’d need the next light 30 feet distant to keep an 8-foot candle along the stretch. If you don’t mind a darker region in the center, move 40-50 feet away, but you’ll go from 7fc to 2fc and back to 7. That’s excellent for backyards, but not uniform for parking lot lights.

Calculating Coverage Area

Multiplying the parking lot’s square footage by the foot candle criterion calculates the coverage area. A 100-square-foot parking lot using 20 footcandles takes 2,000 lumens.

Foot candles, Lumens, Wattage

Always check brightness and watts. LEDs have a higher lumen-per-watt ratio. This matters for efficient lighting. 16000-20000 lumens will cover 15-20 ft. 40000 lumens cover 20 to 30 ft. When buying LED parking lot lights, emphasis on lumens. Lumens measure LED brightness. Lumen measures the light’s brightness, whereas watts measure its energy consumption.

Outdoor light levels are measured in foot candles. A foot-candle is the uniform brightness of a one-square-foot surface. It measures how much light penetrates a surface. One lumen per square foot equals light from a candle. An area’s activity level determines its light intensity. Lighting experts recommend a minimum of 1 FC and 2 to 4 FC for attractiveness and visibility.