Commercial LED Street Lighting

Q: What Are the Key Considerations When Selecting LED Street Lights?

When choosing LED street lights, consider mounting height , pole spacing , and road classification to ensure optimal illumination and compliance with local standards. Verify the wattage needed for your specific application, as it varies from 50 watts to 400 watts depending on the road type. Additionally, ensure the fixtures have the necessary certifications like DLC Premium, UL, and ETL for safety and rebate eligibility.

Q: How Do LED Street Lights Improve Energy Efficiency?

LED street lights can reduce electricity costs by 50 to 80 percent compared to traditional lighting sources. They offer long lifespans of up to 100,000 hours , minimizing maintenance and replacement costs. Their compatibility with smart controls and dimming further enhances energy efficiency.

Q: What Are the Benefits of Using LED Street Lights in Municipal Applications?

LED street lights provide high-quality illumination with superior color rendering, improving visibility and safety. They offer lower maintenance costs due to their long lifespan and are rugged enough to withstand extreme weather conditions. Additionally, they are control ready , allowing for automated operation with photocells and smart controls.

Q: How Do I Ensure My LED Street Lights Meet Safety and Performance Standards?

Ensure your LED street lights are DLC Premium , UL Listed , and ETL Listed to meet safety and performance standards. These certifications indicate compliance with energy efficiency, electrical safety, and product quality, which are crucial for accessing utility rebates and ensuring reliable operation.

Q: What Are Common Mistakes to Avoid When Installing LED Street Lights?

Avoid skipping photometric analysis to prevent dark zones. Ensure the correct slip fitter size to avoid installation delays. Use appropriate light distribution types for different road classifications to prevent light trespass. Verify color temperature suitability for residential areas to avoid complaints. Always check for DLC listing to maintain rebate eligibility.

Immediate 50%-70% energy savings with professional photometric design support
DLC Premium certified fixtures qualify for maximum utility rebates
50,000+ hour lifespan eliminates frequent maintenance and replacement costs

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Commercial LED street lights for streets and roadways are pole-mounted fixtures commonly installed along city streets, highways, and municipal corridors. These lights, often in a cobra head form factor, are positioned at the top of dedicated street light poles to create consistent fixture layouts over traffic lanes, intersections, and pedestrian crossings. Typical installations feature one fixture per pole, spaced according to roadway width and local standards.

This category includes Commercial & Industrial Lighting Solutions for public roadways, residential streets, collector roads, and major arterials. LED street lights are frequently found in urban districts, suburban neighborhoods, and around transportation hubs, as well as in parking lot perimeters and campus road networks. Their robust construction and weather-resistant housings make them suitable for continuous outdoor placement in demanding municipal and infrastructure settings.

LED Street Lights for Roads, Sidewalks, Parking Entrances, and Site Roads

LED street lights are pole-mounted outdoor fixtures used to illuminate roadways, residential streets, municipal roads, private site roads, sidewalks, intersections, parking lot entrances, and commercial access routes. The right street light depends on roadway width, pole height, pole spacing, fixture style, mounting arm, optic type, voltage, color temperature, glare control, and local requirements.

Cobra head street lights are one common style of LED street light, especially for municipal roads and traditional roadway applications. Other roadway and area-style fixtures may also be used depending on the site layout, fixture appearance, mounting method, and lighting goals.

Street lights should not be selected by wattage alone. A properly selected fixture uses the right lumen output, optic distribution, mounting height, and pole spacing to provide usable visibility without excessive glare or wasted light. For roads and pedestrian areas, uniformity and light placement are often just as important as brightness.

Selection and Installation Note: Product specifications, fixture wattage, lumen output, optic type, mounting hardware, slip fitter size, voltage, controls, dimming, photocell compatibility, surge protection, certifications, IP rating, IK rating, and warranty coverage vary by model. Confirm the selected product specification before ordering. For public roads, municipal streets, private roads, parking lot entrances, electrical upgrades, pole-mounted lighting, code-sensitive applications, or safety-critical projects, verify requirements with your local inspector or a licensed electrical professional.

Start with the Street or Roadway Type

Street lighting should match how the road or site area is used. A residential street, collector road, intersection, sidewalk, private site road, and perimeter route do not need the same fixture layout or light level. Traffic speed, pedestrian activity, pole spacing, roadway width, and nearby properties all affect fixture selection.

Street Lighting Area	What to Review Before Selecting Fixtures
Residential and local streets	Road width, pole spacing, color temperature, spill light toward homes, sidewalk activity, and local requirements.
Collector roads and municipal streets	Lane width, traffic volume, pedestrian activity, pole layout, Type III distribution, glare, and uniformity.
Major roads and arterials	Traffic speed, lane count, pole height, arm length, fixture output, distribution pattern, and electrical service.
Intersections and crosswalks	Pedestrian activity, turning movements, conflict zones, sight distance, fixture placement, and optic selection.
Sidewalks and pedestrian routes	Pedestrian safety, nearby roads, pathway width, glare, egress needs where applicable, and pole placement.
Parking lot entrances and drive aisles	Vehicle movement, pedestrian routes, pole spacing, fixture style, and whether street lights or parking lot lights are the better fit.
Commercial and industrial site roads	Truck movement, loading access, security visibility, electrical service, pole layout, surge protection, and controls.
Perimeter and security routes	Fence lines, camera visibility, shadow control, neighboring properties, motion sensors, and lighting schedule.

Recommended Foot-Candles for LED Street Lighting

Street lighting levels vary by road type, traffic activity, pedestrian use, and local requirements. Residential streets typically need lower light levels than intersections, collector roads, or higher-traffic commercial site roads. Pedestrian areas, crosswalks, and conflict zones may require special review because visibility and safety expectations are different from basic roadway circulation.

Use the foot-candle guide below as a starting point. Final fixture selection should be confirmed with a photometric plan that accounts for pole height, pole spacing, arm length, roadway width, optic type, uniformity, glare, spill light, voltage, color temperature, and mounting compatibility.

Find Your Recommended Foot-Candle Range

Select an application to see general LED lighting foot-candle guidance, typical mounting height, fixture type recommendations, and planning notes.

Product type

Application

Area

Residential and Local Streets

Recommended foot-candles0.5-2 fc

Typical mounting height16-30 ft

Preferred fixture typeLED Street Light

Photometric planRecommended

Starting point for residential streets, neighborhood roads, and low-speed local roadways.

Recommended fixture types

LED Street Light
LED Cobra Head Street Light

Planning note: Confirm roadway width, pole spacing, arm length, color temperature, glare to homes, spill light, and local requirements.

Foot-candle ranges are general planning guidance. Final fixture count, spacing, uniformity, glare control, and code-sensitive requirements should be confirmed with a photometric plan or qualified professional for larger facilities, racking layouts, hazardous locations, sports facilities, egress areas, or safety-critical applications.

Request an outdoor street lighting plan

View full foot-candle reference table

Application / Area	Recommended Foot-Candles	Typical Mounting Height
LED Street Lighting - Streets, Roadways, Sidewalks, and Site Roads
Residential and Local Streets	0.5-2 fc	16-30 ft
Collector Roads and Municipal Streets	1-4 fc	20-35 ft
Major Roads and Arterial Streets	2-6 fc	25-40 ft
Intersections, Crosswalks, and Conflict Zones	3-10 fc	20-40 ft
Sidewalks and Pedestrian Routes	0.5-5 fc	10-25 ft
Parking Lot Drive Aisles and Private Site Roads	1-5 fc	16-35 ft
Commercial and Industrial Site Roads	1-5 fc	18-35 ft
Perimeter Roads and Security Routes	1-5 fc	16-35 ft

Street Light Fixture Styles and Optics

LED street lighting includes several fixture styles. Cobra head fixtures are common for roadway applications, but they are not the only option. The best fixture style depends on appearance, mounting hardware, distribution pattern, roadway width, and whether the area functions more like a road, parking drive aisle, sidewalk, or open site area.

Fixture or Optic Choice	How It Is Commonly Used
Cobra head street lights	Common for municipal roads, residential streets, collector roads, and traditional roadway-style pole arms.
Roadway-style LED fixtures	Used where the project needs roadway optics, controlled distribution, and compatibility with street light poles or arms.
LED area lights	May be a better fit for parking lot drive aisles, entrances, site roads, or open commercial areas.
Type III distribution	Often used for roads, drive aisles, and applications where light needs to project forward and outward from the pole line.
Type V distribution	May be used for intersections, open areas, or symmetric coverage where light is needed around the pole.
Photocell-ready fixtures	Useful for dusk-to-dawn street lighting where automatic operation is preferred.

How to Choose LED Street Lights

The best LED street light depends on the roadway layout and installation conditions. Replacing an older metal halide, mercury vapor, or high-pressure sodium fixture with LED can improve efficiency and visibility, but a one-for-one replacement is not always the best choice if the existing pole spacing, mounting height, or optic pattern was not ideal.

Selection Factor	What to Confirm
Roadway or site use	Confirm whether the fixture is for a residential street, collector road, intersection, site road, drive aisle, or pedestrian route.
Fixture style	Choose cobra head, roadway-style, or area-light style fixtures based on the pole, mounting arm, appearance, and distribution needs.
Optic distribution	Type III is often used for roadways and drive aisles. Type V may fit intersections or open areas. Confirm with a lighting layout.
Pole height and spacing	Mounting height and spacing affect lumen output, uniformity, glare, fixture count, and dark spots between poles.
Arm length and mounting	Confirm arm length, tenon size, slip fitter dimensions, pole-top mounting, or direct-arm compatibility before ordering.
Voltage	Confirm whether the site requires 120-277V, 277-480V, or another electrical configuration.
Color temperature	3000K may be preferred near homes or pedestrian areas. 4000K is common for many municipal or commercial sites. 5000K may be used where a cooler appearance is desired, depending on local requirements.
Surge protection	Outdoor pole-mounted street lighting should be reviewed for surge protection, especially near overhead power lines or in storm-prone areas.
Controls	Review photocells, dimming, timers, motion sensors, and smart control compatibility if the project requires automated operation.

Color Temperature for LED Street Lights

Color temperature should be selected carefully for street lighting. Many municipalities and residential areas prefer warmer 3000K lighting to reduce harsh appearance and improve nighttime comfort. Commercial roads, parking entrances, and site roads may use 4000K where a neutral white appearance is preferred. Cooler color temperatures may not be appropriate in every neighborhood or municipal setting.

When replacing high-pressure sodium street lights, the shift from orange light to white LED light can be noticeable. Confirm local preferences, neighborhood expectations, and any municipal requirements before selecting color temperature.

Mounting and Installation Considerations

Street lights may use slip-fitter mounting, direct-arm mounting, adjustable arms, pole-top adapters, or roadway-style mounting hardware, depending on the fixture and pole. Existing arms and poles should be checked before ordering replacement fixtures.

Confirm pole height, arm length, tenon size, fixture weight, wind exposure, voltage, photocell receptacle, surge protection, and maintenance access. Existing poles and arms should be reviewed before adding heavier fixtures or changing fixture orientation.

What a Street Lighting Plan Should Confirm

A street lighting plan helps verify whether the selected fixtures will provide the required coverage before installation. This is especially important when replacing HID fixtures, changing color temperature, changing optic type, reusing existing poles, or lighting roads with uneven pole spacing.

Planning Detail	Why It Matters
Fixture placement	Shows whether existing pole locations can provide acceptable roadway, sidewalk, or site-road coverage.
Expected foot-candles	Confirms expected light levels for the road, intersection, sidewalk, drive aisle, or pedestrian route.
Uniformity	Helps reduce bright spots under poles and dark gaps between poles.
Optic selection	Helps confirm whether Type III, Type V, or another distribution is appropriate for the layout.
Glare and spill light	Reviews light directed toward drivers, pedestrians, homes, neighboring properties, or road edges.
Mounting compatibility	Confirms pole height, arm length, tenon size, slip fitter compatibility, and fixture orientation assumptions.

Request an outdoor street lighting plan to confirm fixture count, pole layout, optic type, foot-candle levels, uniformity, glare, spill light, voltage, and product specifications before ordering.

Safety and Performance Certifications

Available certifications and ratings vary by model and may include UL Listed, ETL Listed, DLC, DLC Premium, wet-location ratings, IP ratings, dimming compatibility, photocell compatibility, motion sensor compatibility, surge protection options, and other safety or performance listings. Confirm the required listing, rating, voltage, compatibility with controls, rebate eligibility, environmental suitability, and application suitability in the selected product specification before ordering.

LED street lighting projects should also confirm pole condition, arm compatibility, fixture weight, wind load, mounting hardware, electrical infrastructure, surge protection, local code requirements, glare control, and spill light. Existing poles and arms should be reviewed before adding or replacing fixtures.

Warranty and Warranty Support

Warranty coverage varies by model. Many LED street lights include a 5-year warranty, with warranty support based in the USA. Confirm warranty coverage, installation requirements, voltage, surge protection, controls compatibility, mounting method, environmental exposure, photocell compatibility, and application restrictions on the selected product specification before ordering. If an issue occurs, our support team can help review the product, application, and warranty claim process.

Common LED Street Light Mistakes

Choosing by wattage alone: Wattage does not confirm fixture output, distribution, pole spacing, or roadway coverage.
Using the wrong distribution: Type III is often better for roadways and drive aisles, while Type V may be better for intersections or open areas.
Ignoring mounting compatibility: Confirm arm length, tenon size, slip fitter dimensions, pole-top mounting, and fixture orientation before ordering.
Using harsh color temperature near homes: Cooler light may create complaints in residential areas. Confirm local preferences before ordering.
Skipping surge protection review: Outdoor pole-mounted fixtures may need surge protection, especially in exposed or storm-prone areas.
Overlooking spill light: Poor fixture selection or aiming can send light into nearby homes, roads, parking areas, or neighboring properties.
Assuming a one-for-one retrofit will work: Existing HID fixture locations may not produce the right LED light levels or uniformity without review.
Not confirming voltage: Verify site voltage and driver compatibility before ordering fixtures.
Skipping local requirements: Municipal standards, project specifications, or neighborhood lighting rules may affect fixture selection.

Request an outdoor street lighting plan, and our Product Specialists can help review pole spacing, mounting height, optic type, arm compatibility, voltage, target foot-candles, glare control, spill light, color temperature, and product specifications for your LED street lighting project.

Commercial LED Street Lighting Frequently Asked Questions

What Are the Key Considerations When Selecting LED Street Lights

When choosing LED street lights, consider mounting height, pole spacing, and road classification to ensure optimal illumination and compliance with local standards. Verify the wattage needed for your specific application, as it varies from 50 watts to 400 watts depending on the road type. Additionally, ensure the fixtures have the necessary certifications like DLC Premium, UL, and ETL for safety and rebate eligibility.

How Do LED Street Lights Improve Energy Efficiency

LED street lights can reduce electricity costs by 50 to 80 percent compared to traditional lighting sources. They offer long lifespans of up to 100,000 hours, minimizing maintenance and replacement costs. Their compatibility with smart controls and dimming further enhances energy efficiency.

What Are the Benefits of Using LED Street Lights in Municipal Applications

LED street lights provide high-quality illumination with superior color rendering, improving visibility and safety. They offer lower maintenance costs due to their long lifespan and are rugged enough to withstand extreme weather conditions. Additionally, they are control ready, allowing for automated operation with photocells and smart controls.

What Are the Standard Lux and Foot Candle Levels for Street Lighting

Standard illumination levels vary by road type. Major roads typically require 20-30 lux or 2-3 foot candles, while residential roads need 5-10 lux or 0.5-1 foot candles. Ensure compliance with local codes by verifying these levels for your specific application.

What Mounting Options Are Available for LED Street Lights

LED street lights offer various mounting options, including slip fitter, adjustable arm, and direct pole-top mounting. Slip fitter sizes range from 2-3/8 inch to 4 inches to fit existing hardware. Choose the appropriate mounting method based on your installation requirements and pole specifications.

How Do I Ensure My LED Street Lights Meet Safety and Performance Standards

Ensure your LED street lights are DLC Premium, UL Listed, and ETL Listed to meet safety and performance standards. These certifications indicate compliance with energy efficiency, electrical safety, and product quality, which are crucial for accessing utility rebates and ensuring reliable operation.

What Is the Importance of Photometric Analysis in Street Lighting Design

Photometric analysis is essential for designing street lighting systems that meet municipal standards. It involves modeling light distribution, pole spacing, and uniformity ratios to ensure optimal illumination. Conducting a photometric analysis helps avoid dark zones and ensures compliance with local codes.

What Are Common Mistakes to Avoid When Installing LED Street Lights

Avoid skipping photometric analysis to prevent dark zones. Ensure the correct slip fitter size to avoid installation delays. Use appropriate light distribution types for different road classifications to prevent light trespass. Verify color temperature suitability for residential areas to avoid complaints. Always check for DLC listing to maintain rebate eligibility.