As a trusted commercial street lights manufacturer, MVS provides engineered LED streetlight solutions built for high efficiency, long service life, and stable outdoor performance.Our LED street lights are designed to support municipal upgrades, industrial zones, and large commercial installations, ensuring consistent lighting quality under demanding conditions.
MVS provides an LED streetlight series with advanced smart-control options, including DALI, 0–10V dimming, LoRa wireless control, and LoT-based intelligent management systems. Our service advantage is delivering customized smart-lighting solutions that meet modern smart-city requirements, helping you achieve precise energy scheduling, remote monitoring, and reduced maintenance costs. We solve core challenges such as energy waste, manual inspection workload, and inefficient road-lighting management.
MVS is able to provide these solutions because we operate a mature smart-driver platform, integrate stable wireless modules, and have strong engineering experience across municipal and industrial smart-lighting projects.
For engineering teams, distributors, and municipal buyers seeking a safer, smarter, and more efficient road-lighting upgrade, MVS delivers a fully adaptable smart streetlight solution. Contact us to build your customized smart-control plan today.
Choosing the right LED streetlight depends on matching the product to your project’s lighting requirements, installation environment, and performance expectations.To support different engineering scenarios, we provide a range of high-efficiency LED street light models with various wattages, beam angles, and optical configurations.Below are four representative options designed to cover municipal upgrades, industrial zones, city roads, and distributor-level wholesale needs.
| Product Feature | Customer Benefit |
|---|---|
| Luminous efficacy up to 150 lm/W, saves over 50% energy compared to traditional street lights | Save long-term operating electricity costs, reduce energy expenses |
| 5-year warranty + branded power supply and chips | Reduce replacement frequency and labor maintenance costs |
| High color rendering index CRI ≥ 70 | Improve nighttime visibility and road safety |
| Multiple wattages and beam angles available | One light type meets diverse project requirements |
| Wide voltage design 85–277V | Globally compatible, no additional modifications required |
| Engineering-grade weather-resistant structure | Adapt to various harsh environments |
| Professional appearance design | Enhance bidding competitiveness and increase chances of winning projects |
Upgrading to LED street lights brings clear advantages for municipal, industrial, and commercial projects.
With high efficiency, durable housings, and stable branded drivers, LED streetlights provide long operating life and significantly reduce maintenance frequency. This helps eliminate issues such as frequent replacements, excessive energy consumption, and uneven nighttime visibility.
At the same time, their modular structures, multiple wattage options, and flexible beam angles make it easier to match different installation heights and road conditions.
Whether used for city roads, industrial parks, or public facilities, LED street lights deliver uniform illumination, reduced glare, and improved safety, giving customers reliable performance with lower lifetime costs.
LED street lights are widely used across municipal roads, industrial parks, commercial zones, residential communities, parking areas, and logistics facilities.Their stable outdoor performance, high efficiency, and consistent illumination make them suitable for large-scale engineering projects that require long operating hours and reliable visibility.
Selecting the right LED streetlight requires evaluating installation height, required brightness, road width, and project environment.
Engineering teams should also consider beam angle selection, driver stability, voltage compatibility, and expected operating hours.
A properly matched LED streetlight ensures balanced lighting coverage, improved safety, and lower long-term maintenance costs.
120 lm/W, available in 50W / 60W / 70W with selectable beam angles 90°×120° or 80°×150°, this model is designed for municipal roads, industrial zones, ports, and park roads requiring wide and uniform coverage.
Using NICHIA / LUMILEDS / CREE LEDs and MEAN WELL / PHILIPS / INVENTRONICS drivers with 85–277V wide-voltage input, it delivers stable output, reduced maintenance, and reliable performance for engineering contractors and distributors needing a durable project-grade street light.
140 lm/W, available in 100–150W, this high-efficiency model uses NICHIA / LUMILEDS / CREE LED chips to provide strong illumination for city roads, industrial parks, and commercial areas.
Its optimized 80°×150° beam angle ensures uniform coverage and reduced dark zones, making it suitable for commercial street lights and engineering projects requiring stable light performance.
With MEAN WELL / PHILIPS / INVENTRONICS drivers and 85–277V compatibility, this led street light offers long lifespan, reduced failure rates, and reliable operation—an excellent solution for project contractors and professional buyers needing dependable outdoor street lights.
120 lm/W, available in 150W / 180W, engineered with premium NICHIA / LUMILEDS / CREE LEDs for powerful illumination across highways, bridges, and large outdoor environments.
Beam angle choices 90° / 120° / 80°×150° make this model ideal for applications requiring broader light distribution in led street lighting upgrades.
Equipped with MEAN WELL / PHILIPS / INVENTRONICS drivers and 85–277V voltage range, it ensures reliable performance for long-hour operations.
Its strong output and durability make it a preferred led street lamp choice for engineering teams and distributors handling medium-to-large scale lighting projects.
145 lm/W, available in 180–200W, this powerful led street light uses top-tier NICHIA / LUMILEDS / CREE LEDs to deliver long-distance illumination for demanding outdoor applications.
With a precise 70°×140° optical distribution, it is built for industrial zones, logistics centers, and major roadways, where uniformity and long-throw illumination are essential.
The MEAN WELL / PHILIPS / INVENTRONICS driver ensures electrical stability and reduced failure rates, making it suitable for commercial street lights and municipal lighting upgrades.
Designed for long-term led street lighting applications, the 200W model is a strong, reliable option for contractors seeking durable outdoor lighting solutions.
These real-world examples showcase the customized lighting solutions we provide to clients in various countries and environments.
Whether addressing high humidity, high temperatures, strong salt spray, or requiring intelligent management, we can tailor the project’s specific needs to provide energy-efficient, long-term, and stable lighting and systems.
A Southeast Asian coastal highway project needed lighting durable enough for salt spray,humidity, strong winds, and heavy rainfall.
We supplied outdoor LED street light models with reinforced brackets and anti-corrosion coatings tailored for marine climates.
The solution provided dependable illumination, reduced glare for high-speed traffic, and ensured long-term stability despite constant environmental stress
During a city road expansion project, the client needed reliable lighting for mixed-use traffic lanes, pedestrian areas, and new intersections.
We offered LED streetlights with multiple wattage options and precise beam angles to ensure balanced illumination across varying road widths.
The final installation delivered uniform lighting, reduced glare for drivers, and improved overall safety for the new urban corridor.
For a municipal expansion project, the client required versatile lighting that could support mixed road widths and multiple mounting heights.
Our integrated street light design provided modular flexibility, easy installation, and uniform lighting distribution across pedestrian areas, intersections, and feeder roads.
These commercial street lights improved visibility while lowering operating costs and simplifying ongoing maintenance for the city’s engineering team.
Street light selection involves comparing several technical dimensions such as brightness category, optical distribution type, control mode, mounting structure, and appearance design.Each factor determines how well the street light adapts to different roads, climates, and installation conditions.
Understanding these parameters helps avoid mismatched lighting configurations during deployment.
| Classification Dimension | Type Description | Typical Application Scenarios |
|---|---|---|
| By Light Source Type | LED street lights (mainstream, energy-saving, long lifespan), high-pressure sodium lamps (being phased out), metal halide lamps (high energy consumption) | Municipal roads, industrial zones, ports, etc. |
| By Power / Brightness | Low power 30W–60W, medium power 70W–120W, high power 150W–300W, ultra-high power 1000W+ | Secondary roads, main roads, highways, large venues |
| By Light Distribution / Beam Angle | Narrow beam 30°–60°, medium beam 80°–120°, wide beam 150°+ | High mast lighting, roads, squares |
| By Control Method | Conventional switch, photocell, timer, sensor control; smart control (DALI, DMX512, 0–10V, LoT) | Smart lighting projects, energy-saving retrofit projects |
| By Installation Method | Arm-mounted (wall), pole-mounted (standalone), high mast (squares, ports), mid pole (roads) | Various outdoor lighting |
| By Appearance / Structure | Integrated street lights, split-type street lights, modular street lights | Engineering projects, projects with high maintenance requirements |
| By Application Scenario | Urban roads, highways, bridges and tunnels, ports, industrial parks, stadiums, billboards | All types of outdoor lighting |
Our LED street light product lineup covers multiple structural types and control options to meet different road, industrial, and municipal lighting requirements.
Each series offers unique advantages in efficiency, durability, and compatibility, making it easy for engineering teams and distributors to select the right model for their project needs.
A practical choice with simple structure, efficient heat dissipation, and stable performance—ideal for city roads, industrial parks, and community areas.
Supports DALI, 0–10V, photocell, and timer control, allowing upgrades to intelligent lighting systems for smart-city projects.
Compatible with Zigbee, LoRa, NB-IoT, and other smart-control protocols, enabling precise monitoring and energy management for modern smart-city deployments.
Designed with replaceable LED modules for flexible maintenance and cost-efficient servicing—ideal for long-term engineering operations and municipal maintenance teams.
Modern LED street lights deliver strong illumination with far less energy consumption than traditional lamps.
Projects using outdoor LED street lights can significantly reduce long-term electricity expenses while maintaining bright and uniform coverage for roads, industrial zones, and public facilities.
For buyers seeking reliable performance and stable output, this remains one of the best street lights choices for large-scale installations.
LED streetlights can be used in bridges, logistics areas, municipal roads, residential communities, and parking lots, adapting easily to varied installation heights and widths.
Models such as integrated street light designs simplify installation and reduce hardware requirements, while flexible optical configurations make each street light lamp suitable for multiple project scenarios.
Advanced systems support 0–10V, DALI, and sensor-based dimming, making LED streetlights more efficient and easier to manage.
For commercial buyers or distributors handling larger zones, a commercial LED street light with intelligent control helps reduce unnecessary brightness at night, improves operational safety, and minimizes energy waste—enhancing long-term efficiency.
LED streetlights use die-cast aluminum housings, branded drivers, and weather-resistant structures to withstand rain, heat, humidity, and dust.
These endurance street lights maintain stable performance even in coastal or desert environments, reducing failure rates and lowering maintenance workload for engineering teams.
Their durability makes them a dependable choice for municipal upgrades and infrastructure projects.
1. Pre-Installation Preparation
Check the exterior of the luminaire for complete appearance and ensure all accessories (screws, brackets, wiring terminals, etc.) are complete.
Confirm that the power supply voltage matches the luminaire’s rated input voltage (85-277V).
Disconnect the power supply to ensure safe installation.
2. Installation Steps
Securing the luminaire
Connect the arm or mounting bracket to the pole and secure with stainless steel bolts.
Electrical Connections
Connect the wires according to the L (live), N (neutral), and G (ground) markings.
Ensure the waterproof connectors are securely fastened to prevent rainwater from entering.
Adjusting the Illumination Angle
Adjust the luminaire’s pitch angle according to the road or site requirements to ensure even light coverage.
Power-On Test
Turn on the power and check that the luminaire is operating properly and that the illumination direction meets the requirements.
3. Precautions
Installation must be performed by a qualified electrician.
The luminaire should operate in a well-ventilated environment to avoid obstructing the heat sink.
Check fasteners regularly to prevent loosening due to vibration or wind.
Our engineering team provides model selection, lighting design, and custom configuration to help you choose the most suitable LED street lights for municipal roads, industrial parks, commercial areas, and distributor-level procurement.Share your project requirements, and we will prepare an efficient, reliable, and cost-effective lighting plan for you.
| Parameter | MVS-SL050A | MVS-SL100A | MVS-SL150A | MVS-SL200A |
|---|---|---|---|---|
| Power | 50W / 60W / 70W | 100W / 120W | 150W / 180W | 200W / 250W |
| Chip | NICHIA / LUMILEDS / CREE | |||
| Luminous Efficacy | 120 lm/W | 120 lm/W | 120 lm/W | 120 lm/W |
| CRI | ≥70 | ≥70 | ≥70 | ≥70 |
| Beam Angle | 90°×120° / 80°×150° | 90°×120° / 80°×150° | 90°×120° / 80°×150° | 90°×120° / 80°×150° |
| LED Driver | MEAN WELL / PHILIPS / INVENTRONICS | |||
| Voltage | 85–277V | 85–277V | 85–277V | 85–277V |
| LED QTY | 64 pcs | 128 pcs | 192 pcs | 256 pcs |
| Net Weight | 4.7 kg | 6.6 kg | 7.9 kg | 9.6 kg |
| Parameter | MVS-SL50B | MVS-SL100B | MVS-SL200B | MVS-SL300B |
|---|---|---|---|---|
| Power | 50–80W | 100–150W | 160–200W | 210–300W |
| Chip | NICHIA / LUMILEDS / CREE | |||
| Luminous Efficacy | 140 lm/W | 140 lm/W | 140 lm/W | 140 lm/W |
| CRI | ≥70 | ≥70 | ≥70 | ≥70 |
| Beam Angle | 80°×150° | 80°×150° | 80°×150° | 80°×150° |
| LED Driver | MEAN WELL / PHILIPS / INVENTRONICS | |||
| Voltage | 85–277V | 85–277V | 85–277V | 85–277V |
| LED QTY | 128 pcs | 256 pcs | 384 pcs | 512 pcs |
| Net Weight | 4.7 kg | 6.0 kg | 7.5 kg | 10.5 kg |
| Parameter | MVS-SL050C | MVS-SL100C | MVS-SL200C |
|---|---|---|---|
| Power | 50–80W | 100–150W | 180–200W |
| Chip | NICHIA / LUMILEDS / CREE | ||
| Luminous Efficacy | 145 lm/W | 145 lm/W | 145 lm/W |
| CRI | ≥70 | ≥70 | ≥70 |
| Beam Angle | 70°×140° | 70°×140° | 70°×140° |
| LED Driver | MEAN WELL / PHILIPS / INVENTRONICS | ||
| Voltage | 85–277V | 85–277V | 85–277V |
| LED QTY | 112 pcs | 192 pcs | 272 pcs |
| Net Weight | 5.3 kg | 6.2 kg | 6.7 kg |
Modern LED street lights typically offer 130–160 lm/W, depending on chip quality, optics, and driver performance.
Higher efficacy means brighter illumination with lower energy consumption, reducing long-term operating costs for municipalities and engineering projects.
LED street lights usually cover a wide power range such as 50W, 100W, 150W, 200W, 300W, and even up to 1000W for high-mast applications.
Different wattages meet the needs of urban roads, highways, industrial zones, logistics centers, and parking areas.
Common beam angles include 70°×140°, 80°×150°, 90°×120°, optimized for different road widths and pole heights.
Proper beam angle selection ensures uniform lighting, reduces dark zones, and improves road safety.
Yes. Most professional LED street lights support:
0–10V dimming
DALI / DALI2
Photocell control
Timer scheduling
Smart city protocols (Zigbee, LoRa, NB-IoT)
Smart control helps reduce energy usage and enables remote monitoring for large-scale infrastructure.
Engineering-grade street lights are built for extreme climates:
IP65 waterproof
IK08 / IK09 impact resistance
Anti-corrosion housing for coastal areas
Wide-voltage 85–277V stable operation
Optional high-temperature drivers
They remain stable under heavy rain, humidity, salt spray, sandstorms, and high temperatures.
Depending on destination markets, LED street lights can be certified with:
CE / RoHS (EU)
ISO9001
CB
SASO / SABER (Middle East)
Quality LED street lights offer 50,000–100,000 hours of service life, depending on:
LED chip quality
Driver brand (MEAN WELL, PHILIPS, INVENTRONICS)
Heat dissipation structure
Lower maintenance frequency provides better long-term ROI for municipalities and contractors.
Reliable manufacturers offer 5 years warranty, while engineering-grade models may provide 7–10 years depending on driver and component configuration.
Applications include:
City roads & main roads
Highways & bridges
Industrial parks
Ports & logistics parks
Residential communities
Parking areas
Tunnels & walkways
Stadium perimeters
Yes. Customization typically includes:
Wattage & lumen output
Beam angles
CCT (3000K / 4000K / 5000K / 5700K)
Surge protection (10kV / 20kV)
Smart control protocol
Housing color & mounting options
This ensures perfect compatibility with various engineering specifications and tender requirements.
More Recommended High-Quality LED Street Lights and Floodlights
We’ve curated a variety of high-performance LED street lights and LED floodlights, covering a variety of power outputs, beam angles, and designs to meet diverse application needs, including municipal lighting, industrial lighting, and commercial outdoor lighting.
When you choose the 100W UFO Light, you gain more than just brightness—you secure a reliable solution for your factory or warehouse. With high-efficiency chips and excellent heat dissipation, it helps you reduce maintenance costs while ensuring stable performance over the long term.
The 250W Floodlight is designed to give you value beyond lighting. Whether for stadiums, ports, or building facades, its powerful brightness and durable design minimize downtime, reduce replacement frequency, and deliver consistent performance that maximizes your project investment.
With the 100W Tunnel Light, your projects gain safety and efficiency in one. Tailored for tunnels, subways, and parking facilities, it provides uniform illumination and long-lasting reliability, helping you enhance safety while lowering maintenance efforts.
The 200W Floodlight gives you dependable performance for industrial and commercial projects. Built with high-quality drivers and robust structure, it reduces maintenance costs and delivers stable efficiency, ensuring your lighting investment continues to pay off year after year.
