High-output off-grid lighting for urban roads, industrial parks, large parking areas, campuses and rural main roads—available in split and project-specific solar configurations.
A well-designed 120W system is commonly suited to high-output road lighting where pole height, road width, target lux, spacing, autonomy target and local solar conditions are properly matched.
Choose 120W when your project needs a higher lumen package for wider roads, industrial outdoor areas, large parking zones or municipal lighting upgrades. Final selection should be based on a lighting simulation—not wattage alone.
This wattage page works as a true collection hub: buyers can compare higher-output solar street light structures before requesting a project-specific configuration.
Flexible power compatibility
High-performance LED & optics
Durable heat dissipation
Flexible power & modular options
Durable & efficient lighting
Effective heat management
High wattage & bright illumination
Customizable colors
Cost-effective performance
Flexible power compatibility
Efficient & durable design
User-friendly maintenance
We can compare panel size, battery capacity, control strategy, optics and pole height for your exact site.
Start project review| Structure | Best for | Installation | Solar positioning | Maintenance access |
|---|---|---|---|---|
| All-in-one | Fast rollout, lower part count | Fastest | Panel angle tied to luminaire | Single integrated unit |
| All-in-two | Mid-to-high output projects needing better panel orientation | Simple | Independent panel placement | Modular lamp compartment |
| Split | High-output road projects and demanding site conditions | More components | Fully independent | Best component-level access |
That is the theoretical LED-source lumen output for a high-output 120W model. Road-level lux still depends on optical distribution, mounting height, spacing, tilt, road width and fixture depreciation.
Two 120W fixtures can produce very different lumen output when one is 130 lm/W and another is 160 lm/W.
Bat-wing road optics can improve uniformity and put more usable light on wide roads, industrial yards and parking areas instead of wasting it outside the target area.
Panel wattage, battery capacity, local peak-sun hours and dimming schedule must support the required nightly runtime and rainy-day autonomy.
Ingress protection, thermal design, battery chemistry, controller protections and corrosion resistance affect long-term project cost.
These scenarios align with the usual 100–150W project tier, but final design should always be checked against the actual road geometry and required lighting class.
Urban roads, municipal streets, industrial access roads and higher-traffic community routes.
Large parking lots, logistics yards, vehicle circulation zones and perimeter lighting.
Factory roads, industrial parks, campuses, loading areas and open outdoor work zones.
Wider off-grid roads where trenching, wiring and utility access are costly.
A conversion-focused landing page should show buyers what happens after they submit an inquiry, reducing uncertainty and improving lead quality.
Country, road width, pole height, spacing, target lux and operating hours.
Panel, battery, controller and dimming profile matched to local solar conditions.
Optics and layout reviewed for average lux, uniformity and glare considerations.
Confirm mechanical details, finish, packaging, branding and test requirements.
QC, export packaging, shipping documentation and after-sales support.
The original site positions Inbrit as a manufacturer supporting solar street lights, LED street lights, poles and high-mast systems, with project customization and technical support.
Use certification blocks as proof, but link each badge to a dedicated certificate page or downloadable document so buyers and AI systems can verify the claim.
Brightness depends on luminous efficacy and optical design. At 150–160 lm/W, a 120W luminaire can produce about 18,000–19,200 lumens at the LED source. Delivered road illuminance must be confirmed through a project lighting calculation.
A common project range is approximately 8–12 meters. Wider roads, larger spacing or higher lux targets may require different optics, a larger lumen package or a different fixture arrangement.
Yes, when the panel, battery and dimming schedule are sized for the local solar resource and required autonomy. The number of backup nights is project-dependent rather than determined by 120W alone.
For 120W projects, split systems are often preferred because the solar panel, battery and luminaire can be sized and positioned more flexibly. The best choice depends on shading, pole layout, climate, maintenance strategy and project budget.
Provide the project country or coordinates, road width, pole height, pole spacing, required operating hours, target lux or lighting class, expected rainy-day autonomy, quantity and any tender or certification requirements.
Yes. Operating hours, staged dimming and control functions can be configured according to traffic patterns, energy balance and project requirements.
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