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Choose the Right Solar Street Light System Type
Compare All-in-One, All-in-Two, and Split systems for tender procurement.
Review key selection factors and download IES/datasheets by configuration.
Browse by System Type
Start with the system type, then download files by configuration.
All-in-One Solar Street Light
- Best for: fast deployment and simplified installation.
- Watch-outs: service access and thermal design depend on configuration.
- Typical use: villages, small roads, quick municipal rollouts.
All-in-Two Solar Street Light
- Best for: balanced power and service-friendly design.
- Watch-outs: match bracket and battery to mounting conditions.
- Typical use: municipal streets with repeatable maintenance workflow.
Split Solar Street Light
- Best for: higher power scaling and flexible PV/battery placement.
- Watch-outs: cabling and enclosure sealing are critical.
- Typical use: wider roads and higher-output applications.
Key Selection Factors for Procurement
Use these factors to avoid mis-specs and request the right configuration files.
Power Fit
Match road class, pole height, and spacing assumptions.
Optics (Road Distribution)
Select distribution for uniformity and glare control.
Battery (LFP Options)
Size by autonomy nights and temperature profile.
Controller & Dimming
Confirm dimming logic that protects autonomy.
Maintenance Access
Choose a type that fits on-site service workflow.
Anti-theft Options
Plan protected placement and tamper-resistant hardware.
IP & Environment
Check sealing for rain, dust, and coastal exposure.
Tender Compliance
Prepare only what the tender explicitly requires.
All-in-One vs All-in-Two vs Split: Procurement Comparison
Compare service workflow, scalability, and installation complexity at a glance.
| Comparison | All-in-One | All-in-Two | Split |
|---|---|---|---|
| Power scalability | Medium | Medium–High | High |
| Battery service access | Moderate | Good | Varies by enclosure |
| PV placement flexibility | Limited | Medium | High |
| Installation complexity | Simple | Moderate | Moderate–High |
| Typical maintenance workflow | Replace/inspect integrated unit | Service battery module more easily | Service enclosure + wiring checks |
| Anti-theft options | Medium | Medium–High | High (config-dependent) |
| Best-fit scenarios | Fast rollout, smaller roads | Balanced municipal streets | Wider roads, higher output |
Download Center
Files are provided by configuration.
Share mounting height, road width, and spacing to request the correct set.
Next Steps
Engineering Support
Request DIALux/Relux inputs and tender-ready deliverables.
Manufacturing & Quality
Review QC workflow, test capabilities, and traceability approach.
FAQ
Split systems are often chosen when scalable PV and battery sizing is needed.
Choose the type that matches your local maintenance workflow and access constraints.
Mounting height, road width, spacing, and target layout assumptions.
Options depend on application; select distribution to balance uniformity and glare risk.
Dimming profiles, seasonal logic, and optional remote-control features (by configuration).
Start with autonomy target, temperature profile, and realistic solar conditions.
Compliance items vary by tender and shipment; request what is explicitly required.
Request Configuration Files (24H)
Share country, quantity, mounting height, and tender requirements to receive the correct document list.
