All-in-One Solar Street Lights for Roads & Public Areas
Integrated PV, battery, controller and luminaire for road and public-area projects. Select the AIO model around the lighting requirement, local solar resource, operating profile and maintenance conditions.
Before We Recommend an AIO Model
Share the project inputs below so the model, energy configuration and document requirements can be reviewed together. Mark unknown inputs “To be confirmed.”
Location & Solar Resource
Country, city, seasonal solar conditions and shading.
Road Geometry
Road width, pole height, pole spacing and mounting conditions.
Operating Profile
Nightly working hours, dimming schedule and any sensor requirement.
Autonomy
Backup target and the operating assumptions used to define it.
Lighting & Optics
Lighting target, uniformity/glare criteria and required optical distribution.
Required Documents
BOQ, datasheet, IES/LDT, drawings or tender document requirements.
Integrated Architecture, with Project-Specific Boundaries
Product views
Integrated components
PV, battery, controller and luminaire are arranged as one integrated system, reducing exposed components and external wiring.
Installation review
Check the mounting interface, bracket, tilt range, pole structure and local solar orientation before selecting the configuration.
Service access
Confirm how the battery and controller can be accessed and which replacement parts match the supplied version.
Energy and thermal limits
The available PV area, battery space, operating profile and thermal environment must support the project requirement.
All-in-One can simplify external wiring and installation when its integrated PV layout, battery capacity, thermal conditions and service access fit the project. Where independent PV orientation, component placement or maintenance flexibility is needed, review All-in-Two or Split before confirming the architecture.
Choose the AIO Series for Your Project
Compare the series by project geometry, mounting-height direction, operating profile, autonomy, thermal and service requirements, procurement approach and document needs. Do not choose by wattage alone.
SL-AIO-HC
Engineering & Tender Configuration
A high-configuration AIO platform for projects requiring model-matched energy parameters, technical documentation and configuration review.
- Model and energy configuration
- Optics, service and engineering files
SL-ONE-AF
Government & EPC Flagship Direction
For municipal and urban road programs, with an extruded-aluminium and thermal-management emphasis, installation efficiency and project-document depth.
- 6–12 m primary project direction
- Thermal path and installation review
- Project-standardized road programs
SL-ONE-TJ
Standardized Batch Value
A compact, cost-effective direction for branch and community roads, local public roads, distributor programs and repeat procurement.
- Primarily approximately 8 m or below
- Standardized procurement and installation
- Branch and community roads
SL-ONE-GM
Africa-Oriented Road-Scale Value
Review cost and output together with optics, spacing, mounting interfaces and local road-program requirements.
- Generally 6–12 m project review
- Optics, spacing and interface review
- Local and anti-theft exposure
Height directions are preliminary selection guidance. Final model suitability follows the road geometry, optics, operating profile, autonomy, thermal conditions, mounting interface and confirmed configuration. GM colour-temperature and local-market options are reviewed for the requested project.
SL-AIO-HC Model Range & Project Specifications
The six HC configurations below provide nominal parameters for preliminary selection. Final model suitability depends on the lighting design, operating profile, local solar conditions and the confirmed configuration.
HC Model Range
Reference Luminous Flux: calculated from rated LED power at the nominal reference efficacy of 200 lm/W. It is not a measured photometric or LM-79 result. Final lighting design uses the matched photometric data, confirmed optic and agreed operating profile.
Nominal battery energy is not usable or measured capacity. Lamp-body dimensions exclude the mounting bracket; installed dimensions follow the approved drawing.
All models use a 25.6 V LiFePO₄ battery system.
| Model | Rated LED Power | PV Power | Nominal Battery Energy | Reference Luminous Flux¹ | Lamp-body Dimensions² |
|---|---|---|---|---|---|
| SL-AIO-HC-40 | 40 W | 100 W | 384 Wh | 8,000 lm | 1000 × 500 × 50 mm |
| SL-AIO-HC-60 | 60 W | 120 W | 576 Wh | 12,000 lm | 1200 × 500 × 50 mm |
| SL-AIO-HC-80 | 80 W | 150 W | 665 Wh | 16,000 lm | 1500 × 500 × 50 mm |
| SL-AIO-HC-100 | 100 W | 220 W | 1,331 Wh | 20,000 lm | 1500 × 700 × 50 mm |
| SL-AIO-HC-120 | 120 W | 250 W | 1,715 Wh | 24,000 lm | 1500 × 750 × 50 mm |
| SL-AIO-HC-150 | 150 W | 300 W | 2,329 Wh | 30,000 lm | 1600 × 850 × 50 mm |
SL-AIO-HC-40
Rated LED Power40 W
PV Power100 W
Nominal Battery Energy384 Wh
Reference Luminous Flux¹8,000 lm
Lamp-body Dimensions²1000 × 500 × 50 mm
SL-AIO-HC-60
Rated LED Power60 W
PV Power120 W
Nominal Battery Energy576 Wh
Reference Luminous Flux¹12,000 lm
Lamp-body Dimensions²1200 × 500 × 50 mm
SL-AIO-HC-80
Rated LED Power80 W
PV Power150 W
Nominal Battery Energy665 Wh
Reference Luminous Flux¹16,000 lm
Lamp-body Dimensions²1500 × 500 × 50 mm
SL-AIO-HC-100
Rated LED Power100 W
PV Power220 W
Nominal Battery Energy1,331 Wh
Reference Luminous Flux¹20,000 lm
Lamp-body Dimensions²1500 × 700 × 50 mm
SL-AIO-HC-120
Rated LED Power120 W
PV Power250 W
Nominal Battery Energy1,715 Wh
Reference Luminous Flux¹24,000 lm
Lamp-body Dimensions²1500 × 750 × 50 mm
SL-AIO-HC-150
Rated LED Power150 W
PV Power300 W
Nominal Battery Energy2,329 Wh
Reference Luminous Flux¹30,000 lm
Lamp-body Dimensions²1600 × 850 × 50 mm
1 Reference luminous flux is calculated from the stated LED power at 200 lm/W. It is not a model-specific measured photometric result. Final lighting design uses the matching photometric file and agreed operating profile.
2 Lamp-body dimensions exclude the mounting bracket. Battery energy is nominal; installed dimensions follow the approved drawing.
Shared System Specifications
| Technical Item | Specification |
|---|---|
| Energy & Control | |
| Battery System | 25.6 V LiFePO₄ |
| PV Module | Monofacial or bifacial monocrystalline options. |
| Charge Controller | MPPT |
| Lighting Control | Dusk-to-dawn operation with programmable dimming. |
| Remote-Control Options | 4G, GPS and remote monitoring; LoRa by project. |
| Lighting & Optics | |
| Standard Nominal Luminaire Efficacy | 200 lm/W |
| High-Efficacy Project Options | 210–230 lm/W, subject to the selected LED, optics and operating conditions. |
| LED Package Options | 3030 / 5050 / 5054 / 7070 |
| LED Source | Follows the confirmed configuration. |
| Correlated Colour Temperature | 6000 K standard; 3000 / 4000 / 5000 / 6500 K options. |
| Colour Rendering Index | Ra ≥70 |
| Optical Distribution | Type II / Type III / Type IV options. |
| Structure / Protection / Service | |
| Ingress Protection | IP66 standard; IP65 optional. |
| Impact Protection | IK08 for the specified enclosure configuration. |
| Housing | Aluminium-alloy housing and mounting structure. |
| Pole Interface | Ø70 / Ø80 / Ø96 mm interface options. |
| Tilt Adjustment | 0–30° |
| Operating Temperature | −30°C to +65°C for the specified configuration. Battery charging limits are defined separately. |
| Maintenance | Quick-access removable battery pack with waterproof quick connector. |
| Warranty | 5 years, subject to agreed project and order terms. |
| Engineering Documentation | Model-matched datasheets, drawings, IES / LDT, DIALux and BOQ support according to project requirements. |
Model- and optic-matched files follow the confirmed configuration. Review the HC series details or request the model-matched document path.
Model-Matched Files for AIO Project Review
Confirm the AIO model, optic and project inputs before requesting technical files. Documents are released according to the configuration and project stage.
Model-Matched Datasheet & Drawing
Confirm the model, dimensions and mounting version before requesting the project datasheet or drawing.
IES / LDT
Request model- and optic-matched photometric files after the configuration and BOM are confirmed.
DIALux / Relux
Lighting-layout review follows the road geometry, lighting target and approved model/IES.
BOQ / Tender
Submit the BOQ and project context for preliminary technical-item and document-scope review.
Configuration records, batch inspection and the approved packing plan support project consistency. Final lead time, packing dimensions and document scope follow the confirmed order.
All-in-One Project Evidence
Project records show different AIO supply scopes and installation conditions. Each new project requires its own configuration and document review.
Burkina Faso — Lens-Type AIO Road Lighting
Lens-type All-in-One lighting supplied for a road project in Burkina Faso, with separate schedules for luminaires, arms, poles and anchors.
2025 · Accepted
80 W LED · 750 luminaires · 750 arms
500 × 7 m poles · 500 anchor-bolt sets
Sri Lanka — Public-Area AIO Lighting
All-in-One solar lighting supplied for a public-area project in Sri Lanka, with project configuration support and client/EPC installation.
2024 · Completed
300 sets · 60 W LED · 6 m poles
AIO Selection Questions
Share the location, road width, pole height and spacing, lighting target, working hours, dimming profile, autonomy target and required documents. Mark unknown inputs “To be confirmed.”
Review the operating profile with local solar conditions, shading and the autonomy target. Nominal PV and battery values are selection inputs; they do not establish the final energy balance on their own.
The HC reference lineup includes 120 W and 150 W LED configurations. Suitability still depends on optics, road geometry, the lighting target, thermal conditions and the project operating profile.
Working hours, dimming, usable battery energy, seasonal solar resource, shading and component operating limits affect the result. Define the assumptions before comparing backup-day claims.
Confirm the supplied mounting drawing, battery access, controller arrangement, replacement parts and component temperature limits. The luminaire operating-temperature statement is not a battery charging-temperature allowance.
Model- and optic-matched IES/LDT files, DIALux support, datasheets, drawings and BOQ review follow the confirmed configuration and project requirements.
Confirm the model, optic, BOM and project inputs first. File availability and release depend on the document stage and applicable approval or confidentiality requirements.
Review another architecture when independent PV orientation, component location, larger energy-storage arrangements or maintenance access cannot be addressed by the proposed AIO configuration. Use the Solar Street Light Overview to compare the system-level options.
Request Model & Project Configuration
Share the AIO model or project requirements you are reviewing. Include the site inputs and document stage so the configuration and technical-file path can be assessed together.
- Provide the model or road and operating inputs.
- Review the architecture, energy configuration, optics and document requirements.
- Confirm the configuration and applicable technical-file path.