OEM / ODM Solar Lighting Manufacturer
Green Lighting manufactures solar street lights for municipal roads, highways, residential communities, industrial parks and off-grid infrastructure projects. We configure the LED luminaire, LiFePO4 battery, solar panel, controller and pole around your road width, installation height, required illuminance, local solar radiation and expected backup time.
Choose an integrated, semi-integrated or split solar street light according to project power requirements, installation environment, maintenance strategy and solar-panel orientation.
Solar panel, battery, controller and LED luminaire are integrated into a compact fixture for fast installation and simplified maintenance.
Solar panel, battery, controller and LED luminaire are integrated into a compact fixture for fast installation and simplified maintenance.
Solar panel, battery, controller and LED luminaire are integrated into a compact fixture for fast installation and simplified maintenance.
Solar panel, battery, controller and LED luminaire are integrated into a compact fixture for fast installation and simplified maintenance.
Solar panel, battery, controller and LED luminaire are integrated into a compact fixture for fast installation and simplified maintenance.
Solar panel, battery, controller and LED luminaire are integrated into a compact fixture for fast installation and simplified maintenance.
Selection Guide
Solar street lights should be selected according to road conditions, required illuminance, local solar radiation, operating hours and expected autonomy rather than LED wattage alone.
| Application | Typical Power | Pole Height | Recommended Type | Main Consideration |
|---|---|---|---|---|
| Garden / Pathway | 20–40W | 3–5m | All-in-One | Compact installation and moderate illumination |
| Residential Road | 40–80W | 5–7m | All-in-One / All-in-Two | Comfortable illumination and energy management |
| Village Road | 60–100W | 6–8m | All-in-Two | Off-grid operation and easy maintenance |
| Urban Road | 80–150W | 7–10m | Split Solar Street Light | Road width, uniformity and pole spacing |
| Highway | 120–200W | 9–12m | Split Solar Street Light | High lumen output and optical distribution |
| Industrial Area | 80–150W | 7–10m | Smart / Split | Long operating hours and security lighting |
System Engineering
A solar street light is a complete energy and lighting system. Performance depends on how the luminaire, battery, solar panel, controller, pole and optical system are matched together.
LED efficiency, optical distribution and thermal management determine usable road illumination.
Panel output is calculated according to daily energy consumption and local peak-sun hours.
Battery capacity determines nightly operating time and autonomy during low-sunlight conditions.
Manages charging, discharging, dimming schedules and system protection.
Lens selection helps match roadway width, pole height and required lighting uniformity.
Pole height, arm angle, foundation and wind-load design affect installation safety and coverage.
OEM / ODM
We can adapt an existing solar street light platform or configure a project-specific system according to mechanical, electrical, optical and environmental requirements.
20W–200W configurations can be selected according to target road illumination.
Battery sizing based on lighting hours, dimming strategy and required rainy-day backup.
Panel wattage and mounting angle configured around local solar radiation.
Lens options can be matched to road width, pole spacing and lighting-uniformity targets.
Typical options include 3000K, 4000K, 5000K, 5700K and 6500K.
PIR sensing, scheduled dimming, remote control and IoT monitoring can be configured.
Pole height, thickness, arm length, galvanization and wind-load requirements can be customized.
Product appearance, logo, labeling and export packaging can be developed for OEM programs.
Every lighting product is engineered and validated in-house before it reaches the production line. This helps shorten development cycles, reduce technical risk, and give customers a clearer understanding of product performance before mass production.
Complete 3D modeling is used to verify mechanical structure, installation space, component fit and functional details before production, helping reduce development risk and shorten the product development cycle.
Professional lighting simulations verify illuminance, uniformity and road lighting performance before installation.
Thermal analysis evaluates heat distribution across LEDs, drivers and housings to optimize heat dissipation and service life.
Customized electronic solutions are developed for surge protection, dimming, smart controls and project-specific electrical requirements.
From concept sketches and structural development to prototype validation, ideas are transformed into practical, manufacturable lighting products.
From market requirements to validated mass production
Lighting Simulation
For roadway projects, lighting simulation helps verify whether the proposed fixture, pole height, spacing and optical distribution can achieve the required lighting level before installation.
Applications
Solar lighting configurations can be adapted to different road classes, operating schedules, environmental conditions and infrastructure requirements.
High-output road lighting with controlled optical distribution, large pole spacing and structural wind resistance.
Stable illumination, long service life and reduced dependence on grid infrastructure.
Independent off-grid lighting for remote roads where trenching and grid connection are difficult or expensive.
Comfortable lighting with configurable dimming schedules and low maintenance requirements.
Long operating hours, security illumination and smart-control options for industrial facilities.
Wide-area illumination with independent power supply and optional motion-based energy saving.
Manufacturing
Production control covers the luminaire, battery, solar panel, controller and final integrated system to improve consistency across project quantities.
Incoming components are checked against production requirements.
LED modules and thermal interfaces are assembled and inspected.
Battery packs are configured according to project energy requirements.
Charging and dimming profiles are programmed for the target application.
Luminaire, controller and energy components are integrated into the system.
Enclosures, seals and cable interfaces are assembled for outdoor service.
Finished lighting systems undergo operating and stability checks.
Appearance, function, electrical performance and packing are verified.
Quality Control
Testing should verify both individual components and the integrated solar-lighting system before products are released for shipment.
Luminous output, color temperature and light-distribution performance are evaluated.
Battery capacity, charging and discharging performance are verified against project requirements.
Panel voltage, current and output performance are checked before assembly.
Outdoor sealing and enclosure protection are tested according to the applicable product requirement.
Completed fixtures operate continuously to identify electrical or thermal instability.
Temperature, weather resistance and structural requirements can be verified according to the project specification.
Manufacturer Capability
We approach solar street lighting as a complete roadway-lighting and energy system rather than selecting products by nominal wattage alone.
Product configuration starts from road width, pole layout, required illuminance and local installation conditions.
LED luminaire, battery, panel, controller, bracket and pole can be matched as one system.
Road-lighting simulations help evaluate illumination and uniformity before project installation.
Energy storage and generation are configured around operating hours, peak-sun hours and required autonomy.
Housing, power, controls, battery configuration, branding and packaging can be adapted for project and brand requirements.
Component inspection, assembly testing, aging and final inspection support repeatable batch performance.
Project Experience
Use real project data here whenever possible. A technical case study provides stronger evidence than a simple installation photo.
The project required reliable off-grid road lighting with sufficient nighttime operation and backup capacity during periods of limited sunlight. The lighting system was configured according to local solar radiation, road dimensions and the customer's lighting schedule.
Replace this demonstration content with actual project location, lighting simulation results, average lux, uniformity, quantity and installation photos.
FAQ
Common engineering and purchasing questions for solar street lighting projects.
Technical Guides
Supporting resources for product selection, engineering and project planning.
Learn which project parameters should be evaluated before selecting LED power, battery and solar-panel capacity.
Read Guide →Compare structure, installation, power capability and maintenance considerations.
Read Guide →Understand how operating hours, LED power and rainy-day backup affect battery sizing.
Read Guide →How road width, pole height and optical distribution influence installation design.
Read Guide →Understand the relationship between pole spacing, illumination and lighting uniformity.
Read Guide →Learn why battery chemistry, cycle life and thermal performance matter in outdoor solar lighting.
Read Guide →Send us the basic road and project conditions. Our engineering team can recommend the suitable luminaire, battery, solar panel, controller, pole and lighting configuration.