Commercial Solar Street Lights Engineered for Municipal Tenders.

We engineer off-grid illumination. From municipal highways to remote commercial parks, SUNVIS delivers project-grade solar lighting systems built for extreme climates, proven autonomy, and Smart City integration.

87+ Countries Deployed
CE/RoHS/IP66/IEC Certified
UN & NGO Project Supplier


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How to Choose the Right Solar Street Light: A Data-Driven Approach

Don't just compare wattages. It is the most costly mistake in solar lighting procurement.

In the solar lighting industry, wattage measures energy consumed, not the actual light produced. A poorly engineered 100W fixture with low-grade LED chips will generate less light than a highly efficient 60W system, while draining your battery twice as fast. When suppliers compete solely on "high wattage," they often compromise on battery autonomy and optical control, leading to dark spots on the road and failed project inspections.

To ensure your project's longevity and performance, professional buyers must shift their focus from "power consumed" to "system efficiency." Commercial solar street light performance depends heavily on effective light output (luminous efficacy), precise optics, and intelligent battery management.


Luminous Efficacy over Raw Wattage

We utilize high-efficiency LED modules (up to 210lm/W) and project-matched optics. This maximizes useful light output on the ground while drastically reducing unnecessary battery consumption.

Battery Resilience over Standard Capacity

A system is only as reliable as its storage. Our Grade-A LiFePO4 batteries feature advanced thermal management, operating flawlessly in both Middle Eastern heat (+65°C) and Nordic winters (-10°C).

Pole Height to Spacing Ratio

Selection must rely on road width and target lux. We match the exact Type II/III optics to maximize your pole-to-pole spacing, significantly minimizing total hardware and installation costs.

Smart Tracking over Basic PWM Charging

Converting sunlight efficiently dictates your rainy-day autonomy. Our patented MPPT controllers track the maximum power point in real-time, delivering 30% higher charging efficiency than PWM under heavy cloud cover.

Explore Our Core Solar Lighting Architectures

Every project environment is unique. Choose from our three project-proven configurations based on your installation constraints, autonomy requirements, and lighting targets.

All-in-One Smart Series

All-in-One Solar Street Light

Integrated Design. Rapid Deployment.

Best For: Residential streets, rural roads, parking lots, and perimeter security.

Core Advantage: 100% cable-free integration. Houses the solar panel, LiFePO4 battery, and LED engine in one compact, aerodynamic aluminum casing. Features built-in Microwave/PIR sensors to maximize battery autonomy during rainy days.

Installation Time: ~5 Minutes per pole.

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Pro All-in-Two Series

All-in-Two Solar Street Light

Optimized Sun Tracking. Maximum Yield.

Best For: Urban roads, public squares, and higher-latitude regions.

Core Advantage: Decouples the solar panel from the integrated lamp head. This allows for 360-degree panel orientation to capture maximum solar radiation, regardless of which way the light fixture is facing. Supports larger LED modules for wider road coverage.

Lumen Output: Medium to High.

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Industrial Split Series

Split Type Solar Street Light

              Engineering Customization

Best For: High-speed expressways, main arterial roads, and extreme climates.

Core Advantage: The professional choice for maximum power. Fully customizable configurations with separate high-wattage panels and massive external battery banks (pole-mounted or underground). Ensures 365-day reliability where maximum lumens are non-negotiable.

Max Configuration: Up to 300W+ LED output.

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Technical Comparison Matrix

Technical Benchmark: Which System Fits Your Project?

Specification All-in-One (Integrated) All-in-Two (Semi-Integrated) Split Type (Fully Separated)
Typical Application Rural roads, Parks, Pathways Urban streets, Commercial areas Highways, Industrial zones
Power Range 20W - 120W 40W - 150W 60W - 300W+
Panel Adjustability Fixed (Horizontal/Slight Tilt) Flexible (360° Rotation & Tilt) Fully Adjustable (Direction & Angle)
Battery Capacity Limited by housing size Large (Integrated in lamp head) Unlimited (Custom external boxes, LiFePO4 or GEL Battery)
Installation Easiest (Plug & Play) Moderate (Simple quick-connect) Complex (Requires specialized crew)
Maintenance Replace whole unit / modules Modular (Easy to swap battery) Easiest to access (Ground battery)
Optional Features & Add-ons 1. IoT remote monitoring(Zigbee/LORA/4G) 2. 4G/WIFI CCTV Camera 3. Anti-bird Spike 1. IoT remote monitoring(Zigbee/LORA/4G) 2. 4G/WIFI CCTV Camera 3. Anti-bird Spike 1. IoT remote monitoring(Zigbee/LORA/4G) 2. 4G/WIFI CCTV Camera 3. Anti-bird Spike

Tender & Engineering Support

Winning Your Next Government Tender with SUNVIS

For municipal and commercial projects, product claims must be supported by verifiable engineering materials. We don't just ship boxes; we support EPC contractors and procurement teams with a complete tender-ready documentation package.

Photometric Support (IES)

Accurate files provided for DIALux/AGi32 simulations to prove your layout meets EN13201 or IESNA RP-8 street lighting standards.

Download IES

Custom Layout Recommendations

Provide us with your road width, pole height, and spacing, and our engineers will calculate the exact lux levels and uniformity required.

Fill Check List

BOM & Tender Documentation

Comprehensive technical datasheets (TDS), battery sizing logic, and certifications (CE, RoHS, IP66, IK10) to ensure strict technical compliance.

Request Docs

Engineered to Last. Tested to the Limit.

We don't guess about durability. Every SUNVIS lighting system undergoes a rigorous 5-step quality assurance protocol before it reaches your job site.

Frequently Asked Questions

1What is the lifespan of your solar street light batteries?
A: We use premium Grade-A LiFePO4 (Lithium Iron Phosphate) batteries, which offer 2,000 to 3,000 deep cycles. This translates to an expected lifespan of 8 to 10 years, significantly outlasting traditional lead-acid batteries.
2Can your solar lights operate during continuous rainy or cloudy days?
Yes. Our systems are engineered with intelligent MPPT controllers and adaptive dimming technology (via PIR/Microwave sensors). We typically size the battery and solar panel to guarantee 3 to 5 days of autonomy during poor weather conditions.
3Why should I choose Split Type over All-in-One for a highway project?
Highways require high lumen output and long continuous running hours. Split-type systems allow for massive, separate solar panels and underground battery banks, providing the sustained high power that a compact All-in-One housing physically cannot accommodate.
  

Need A Quote For Your Project?

Contact Us Now!

Don't risk your bid on unqualified suppliers. From 20W pathways to 300W highway split systems, We manufacture All-in-One and Split solar lighting systems that strictly meet your BOQ requirements, backed by full CE/ROHS/IEC/IK10/LM80/LM79/MSDS/IP66 certifications and IES data.

Send us your project parameters (Road Width, Pole Height, Spacing, and Target Lux). Our engineering team will respond within 24 hours with a recommended model, IES files, and a customized quotation.


Our address

No.1525, Fengxiang Road, Shanghai, China

 E-mail

info@sunvis-solar.com

 Phone

+86 18017291198

 WhatsApp

+86 18017291198