Discover our direct factory OEM/ODM high-output solar LED floodlights, stadium lights, and integrated street lights optimized for heavy industrial, commercial, and municipal outdoor environments.
Quantifiable performance markers engineered across our 5 proprietary manufacturing plants to exceed municipal and industrial procurement specifications globally.
As a premier tier-one OEM/ODM industrial solar outdoor lighting manufacturer & exporter, our operations bridge the gap between heavy structural engineering and modern solid-state optoelectronics. Commercial lighting specifiers, municipal buyers, and international engineering procurement contractors (EPCs) require absolute reliability in harsh off-grid environments—ranging from sub-zero arctic mining corridors to high-humidity equatorial coastal ports.
Unlike standard assembly vendors, our manufacturing campus integrates 5 specialized production facilities: automated die-casting foundries, CNC thermal heatsink machining centers, SMT surface-mount LED driver assembly lines, intelligent MPPT controller programming bays, and environmental degradation test chambers. Every luminaire undergoes a mandatory 100% 48-hour burn-in test, IP67 submersion verification, and goniophotometer optical validation before export clearance.
We utilize grade-A N-Type TOPCon solar cells achieving up to 23.5% photoelectric conversion efficiency. Combined with low-iron tempered anti-reflective glass, our arrays maximize energy harvest during low-irradiance winter days and extreme tilt angles.
Our proprietary Maximum Power Point Tracking (MPPT) algorithms track full sun paths at >98.5% efficiency. Integrated Battery Management Systems (BMS) safeguard LiFePO4 cells against overcharging, deep thermal discharge, and short circuits.
Engineered for precise light cut-off and glare suppression. We offer Type II, III, IV, and V asymmetrical beam distributions, ensuring dark-sky compliance, zero light pollution, and uniform field coverage across high-mast installations.
Select the appropriate system wattage, luminaire optic class, and energy storage profile tailored to your specific infrastructure project.
| Application Scenario | Recommended Wattage | Lumen Output (Efficacy) | Battery Chemistry & Capacity | Optic Distribution Class | Ingress & Impact Protection |
|---|---|---|---|---|---|
| Sports Fields & Stadiums | 400W - 1000W | 80,000 lm - 200,000 lm (200 Lm/W) | LiFePO4 3.2V 300Ah - 600Ah | Asymmetrical 30° / 60° Narrow Beam | IP67 Waterproof / IK10 Vandal-Proof |
| Factories & Logistics Hubs | 200W - 500W | 36,000 lm - 95,000 lm (190 Lm/W) | LiFePO4 3.2V 150Ah - 300Ah | Type III Wide Flood / Batwing Optic | IP66 Aluminum / IK09 Tempered Glass |
| Municipal Roads & High Mast | 100W - 300W | 18,000 lm - 57,000 lm (190 Lm/W) | LiFePO4 12.8V 80Ah - 200Ah | Type II Roadway Asymmetric Lens | IP67 Marine-Grade Anodized ADC12 |
| Warehouses & Perimeter Security | 60W - 200W | 10,000 lm - 34,000 lm (180 Lm/W) | LiFePO4 3.2V 80Ah - 120Ah | 120° Symmetric Wide Flood | IP65 Heavy Glass & Aluminum Die-Cast |
| Commercial Parks & Pathways | 30W - 100W | 5,500 lm - 18,000 lm (180 Lm/W) | LiFePO4 3.2V 40Ah - 80Ah | Type V 360° Circular Post-Top Optic | IP65 Corrosion-Resistant Powder Coat |
The global commercial and industrial outdoor lighting landscape is experiencing a structural migration from legacy grid-tied Metal Halide and High-Pressure Sodium (HPS) fixtures toward zero-carbon off-grid solar LED networks. Project managers, municipal planners, and B2B buyers must navigate key technological evolutions when establishing procurement frameworks:
System efficacy remains the single most critical factor in reducing total cost of ownership (TCO). Higher lumen-per-watt ratings reduce the physical battery size and solar panel surface area required to achieve targeted illuminance levels, drastically lowering freight and structural mounting costs.
Modern OEM procurement mandates standardized NEMA 7-pin or Zhaga Book 18 sockets. Integrating LoRaWAN, Zigbee, or NB-IoT wireless nodes enables remote real-time status telemetry, automated dimming schedules, fault detection, and energy consumption profiling from centralized dashboards.
Standard lithium-ion batteries degrade rapidly under freezing conditions. Future-proof solar specifications mandate grade-A LiFePO4 cells equipped with built-in thermal heating films that automatically warm cells during sub-zero daylight charging cycles (-40°C operational limit).
Industrial buyers are shifting away from fully sealed throwaway fixtures toward modular, field-serviceable architectures. Quick-release battery trays, tool-free driver access, and recyclable die-cast ADC12 aluminum housings significantly cut long-term municipal maintenance overheads.
Environmental regulations increasingly require absolute zero uplight (U0 rating) to protect nocturnal ecosystems and prevent skyglow. Coupled with microwave motion sensing and adaptive AI dimming curves, modern industrial fixtures adjust output dynamically based on traffic frequency and remaining battery autonomy.
From raw concept sketch to turnkey mass production, our engineering team handles every step of custom hardware, optical design, and brand localization.
Send us your site layout or CAD file. Our lighting architects model precise illuminance contours, lux levels, and pole spacing to ensure full code compliance.
Rapid 3D modeling and custom die-casting mold tooling for unique housing aesthetics, private labeling, brand color powder-coating, and specialized bracket mounts.
We program custom dimming profiles, dusk-to-dawn lighting logic, PIR/microwave sensor thresholds, and specialized MPPT charging algorithms tailored to target geographical regions.
We provide complete support for third-party compliance testing including DLC, UL Listed, CE, RoHS, IP67, IK10, and BAA (Buy American Act) qualification paperwork for government tender submissions.
Addressing common engineering, logistics, and quality assurance queries from commercial distributors and municipal buyers.
Request direct factory pricing, photometric data sheets, custom OEM project quotations, or schedule an engineering consultation with our technical team today.