Solar Street Light Systems for EPC, Municipal & Public Lighting Projects

Compare all-in-one, all-in-two, and split solar street light systems by road layout, pole height, PV and battery arrangement, working hours, backup days, and tender document requirements.

All-in-OneAll-in-TwoSplit SystemIES / DIALux SupportBOQ ReviewEPC & Municipal Projects

Project Review Inputs

Before quotation, please prepare:
Road width / pole height
Pole spacing / working hours
Backup days
BOQ, drawings, or tender files

Choose the Right Starting Point

Different project stages require different inputs. Start with project data, request document support, upload BOQ files, or compare solar street light system types.

Before Quotation, Confirm the Project Path

Solar street light configuration should be reviewed by project location, road width, pole height, spacing, working profile, backup days, and required documents. If BOQ, drawings, or tender files are available, send them for a more accurate configuration and document support path.

Project inputs first. Wattage alone is not enough.

Start with Project Inputs

Share country, road width, pole height, spacing, working hours, backup days, and product preference before configuration review.

See required project inputs

Request Document Pack

Request datasheets, IES/LDT files, drawings, DIALux support, and product document references where applicable.

IES files

DIALux support

Upload BOQ or Tender Files

Send BOQ, drawings, tender specification, or technical requirements for matching review and clarification.

Tender & BOQ support

Compare System Types

Review All-in-One, All-in-Two, and Split system paths based on installation, maintenance, PV layout, and project conditions.

All-in-One

All-in-Two

Split

Not sure which path fits your project?

Before Quotation: Inputs to Confirm & Review Outputs

Before quoting a solar street light project, confirm the site inputs, operating profile, and required document stage. These inputs help match the system path, lighting files, and tender support.

Quotation Input Checklist

Confirm the basic project conditions first. These inputs help avoid wattage-only quotation and reduce configuration mismatch.

Project Inputs

Project country / city, road or area geometry, pole height, spacing logic, installation constraints, and working profile.
Open Engineering Support Hub

Road & Lighting Conditions

Road width, mounting height, pole spacing, target lux, uniformity expectation, beam angle, and whether a DIALux / Relux review is required.
DIALux simulation outputs

Power, Backup & Profile

Working hours, dimming profile, backup days, local climate, battery autonomy, and solar panel sizing assumptions.

Document Stage

Confirm whether the project needs datasheet, IES/LDT file, drawings, BOQ matching notes, or tender clarification documents.
Datasheets & Drawings Tender Documents & BOQ

Engineering Outputs Available

After project inputs are confirmed, Sunlurio can match the system path, document list, IES/DIALux support, and quotation review notes.
IES photometric files

Engineering Review Outputs

After inputs are confirmed, use these review outputs to prepare configuration notes, document packs, and tender clarification support.

Configuration Review Output

Review system path selection, road assumptions, and configuration notes before quotation.

Document Requirement Review

Check datasheets, drawings, IES/LDT files, and document pack requirements for the quotation stage.

Tender & Risk Notes

Review BOQ matching, tender clarification, acceptance risks, and technical deviation notes.

Solar Street Light Decision Flow

Use this flow to decide the system structure before comparing product pages or requesting project files.

01 Integrated Structure / All-in-One

Best for: Projects needing clean appearance, fewer exposed components, simplified batch installation, and repeatable municipal deployment.

Key inputs: Road width, pole height, working hours, backup days, heat dissipation, service access.

02 PV Orientation Flexibility / All-in-Two

Best for: Projects needing flexible solar panel direction, tilt angle, bracket planning, and easier battery/service access.

Key inputs: PV direction, pole arm/bracket, battery box location, maintenance workflow.

03 Separated Layout / Split

Best for: Projects needing separated PV, battery, and luminaire placement, cable routing flexibility, anti-theft planning, or special site conditions.

Key inputs: PV placement, battery box location, cable protection, pole loading, foundation condition.

Browse by System Type & Related Solar Lighting

Start with the required lighting structure, then review the matching product family and request the correct configuration files.

All-in-One Solar Street Light

Integrated Structure

Best for: fast deployment, simplified installation, villages, small roads, public paths, and repeatable municipal rollouts.

Watch-outs: service access and thermal design depend on configuration.

Typical use: projects needing a compact structure with fewer exposed components.

All-in-Two Solar Street Light

PV Orientation Flexibility

Best for: balanced power, flexible PV angle, and service-friendly structure.

Watch-outs: bracket design, battery box position, and solar panel orientation must match site conditions.

Typical use: municipal streets and projects requiring repeatable maintenance workflow.

Split Solar Street Light

Separated Component Layout

Best for: flexible PV and battery placement, wider roads, and project-specific configuration.

Watch-outs: cabling, enclosure sealing, anti-theft, and site coordination are critical.

Typical use: higher-output applications and special installation conditions.

Solar Flood Light

Area Lighting Structure

Best for: parking areas, yards, entrances, small sports areas, and off-grid area lighting.

Watch-outs: mounting height, beam angle, target lux, battery autonomy, and installation direction must be confirmed.

Typical use: area lighting projects where coverage area and local site conditions affect configuration.

How to Choose the Right Solar Street Light System

Use these project factors to compare All-in-One, All-in-Two, and Split systems before confirming the right configuration path.

Project Layout & Pole Conditions

What to confirm: road width, pole height, and spacing.

Why it matters: these inputs affect lighting layout, pole loading, and simulation assumptions.

Battery & Autonomy Requirement

What to confirm: working hours and required backup days.

Why it matters: autonomy affects battery capacity, solar panel sizing, and dimming strategy.

Controller, Dimming & Smart Options

What to confirm: dimming, remote control, or smart monitoring requirements.

Why it matters: control logic affects battery sizing, project operation, and maintenance.

Maintenance Access & Service Workflow

What to confirm: who will maintain the system after installation.

Why it matters: system structure should match local maintenance workflow and spare part access.

Anti-theft & Component Placement

What to confirm: whether battery or controller theft is a project risk.

Why it matters: component placement, enclosure design, and mounting method should be planned early.

Climate, Dust, Rain & Corrosion

What to confirm: local temperature, rainfall, dust, humidity, or coastal conditions.

Why it matters: sealing, corrosion protection, and battery performance must be checked.

Working Hours & Dimming Profile

Confirm full-power hours, dimming schedule, backup days, and local night length before battery and panel sizing.

Full power hours
Dimming profile
Backup days

Required Documents / Tender Stage

Confirm whether the project needs datasheet, IES/LDT, DIALux, drawings, BOQ notes, or tender clarification documents.

Datasheet / IES
DIALux / drawings
BOQ / tender notes

Need help choosing the right configuration path for your project?

All-in-One vs All-in-Two vs Split: Procurement Comparison

Keep the comparison focused on procurement risk and project fit. All-in-One, All-in-Two, and Split systems can all be reviewed for project-specific configurations, including 100W+ applications where suitable.

Selection Factor	All-in-One	All-in-Two	Split	Recommended Start Point
100W+ project configuration review	Available by project review when road width, pole height, spacing, heat management, working hours, backup days, and PV/battery sizing are confirmed.	Available by project review with additional attention to PV tilt, bracket planning, battery location, and service access.	Available by project review when separated PV, battery, luminaire, cable route, and enclosure placement are required by site conditions.	Start from project inputs, not a wattage-only model list.
Main structure	Integrated luminaire, PV, battery, and controller structure for compact installation.	Luminaire and battery are integrated while the PV panel can be oriented more flexibly.	PV panel, luminaire, battery, and control enclosure can be arranged as separated components.	Choose the structure that matches installation and maintenance workflow.
Installation complexity	Simplified batch installation and cleaner pole appearance when site exposure is suitable.	Moderate installation complexity because PV direction, bracket, and cable routing must be confirmed.	More site coordination for cable routing, enclosure location, sealing, and foundation interface.	Review installation labor and repeatability before final selection.
Maintenance access	Integrated service workflow; inspection and replacement are handled around the combined unit.	Balanced access when the project needs PV flexibility without fully separated components.	More flexible service access when battery box or control enclosure placement is planned early.	Match the system to local maintenance capability and spare part workflow.
PV orientation	More integrated; best when pole position and sun exposure are already suitable.	More flexible; useful when road direction, shading, or pole layout affects PV angle.	Most flexible; suitable for complex sites, wide roads, and special mounting conditions.	Confirm solar radiation, shading, and pole orientation before quotation.
Battery placement	Battery placement is integrated and configuration-dependent.	Battery/service access can be planned with the luminaire and PV bracket layout.	Battery box placement can be separated for access, temperature, or anti-theft planning.	Battery layout should follow autonomy, temperature, and service requirements.
Wiring complexity	Lower exposed wiring when the integrated body suits the pole and site.	Moderate wiring between PV panel, luminaire, and battery/control components.	Higher wiring coordination; cable protection and waterproofing need early review.	Review cable route, sealing, and installation quality control.
Anti-theft planning	Fewer separated components, but service access and mounting security still need review.	Battery box, bracket, and panel fixing should be matched to public-area exposure.	Separated battery/control enclosure can be positioned for security when designed correctly.	Treat anti-theft risk as a site-specific design input.
Best-fit scenarios	Villages, small roads, public paths, and repeatable municipal rollouts.	Municipal streets and projects requiring PV orientation flexibility and service-friendly structure.	Wider roads, higher-output applications, special installation conditions, and complex site coordination.	Use this as a starting path, then confirm by project data.
Tender / document review	Datasheet, IES/LDT, DIALux, drawing, BOQ, and packing information depend on confirmed configuration.	Document set should match PV orientation, bracket, battery layout, and maintenance assumptions.	Document set should match separated layout, cable route, enclosure, and site installation notes.	Share BOQ, drawings, and tender stage to prepare the correct document list.

Quick Answer: All-in-One, All-in-Two, and Split solar street light systems can all be reviewed for 100W+ project-specific configurations. The right structure is selected by road layout, pole height, spacing, solar radiation, working hours, backup days, PV and battery layout, maintenance workflow, anti-theft risk, installation environment, and required documents – not by wattage alone.

Project-grade Support from Configuration Review to Documentation

Sunlurio supports EPC, municipal, and public lighting buyers with project configuration review, file preparation, tender document matching, and manufacturing coordination where applicable.

EPC & Municipal Project Support

Selection support for road, public area, campus, and infrastructure lighting projects.

IES / LDT and DIALux Support

Photometric files and simulation inputs are prepared by confirmed configuration.

BOQ and Tender Document Matching

Datasheets, drawings, BOQ notes, and tender files can be aligned to project scope.

Manufacturing and QC Coordination

Configuration, production, inspection, and shipment details can be coordinated after confirmation.

Before you request a price: prepare project country, road width, pole height, spacing, working hours, backup days, and required documents. A wattage-only quotation can lead to wrong battery sizing, poor lighting results, or tender mismatch.

Engineering Files Available by Configuration

Files are prepared according to the selected system structure, road layout, mounting height, spacing, and tender requirements. Not every document applies to every model. Please share the project requirement first so we can prepare the correct file set.

Next Steps for Your Project

Move from product selection to engineering review, manufacturing verification, and project reference checking.

01 Submit Project Requirement

Share country, road width, pole height, spacing, working hours, backup days, and BOQ or drawings.

02 Engineering Review

Review system type, PV and battery sizing, IES/DIALux needs, and document list.

03 Manufacturing & Quality

Check product configuration, component matching, inspection, packing, and delivery coordination.

04 Project References

Review related solar street lighting or public lighting project experience where applicable.

Solar Street Light Selection FAQ

Can All-in-One solar street lights support high-power projects?

Yes. All-in-One solar street lights can be reviewed for 100W+ project-specific configurations when the project inputs are clear. The review should include road width, pole height, spacing, local solar conditions, heat management, working hours, backup days, PV and battery sizing, and maintenance access.

Is Split the only choice for high-power solar street lighting?

No. All-in-One, All-in-Two, and Split systems can all be configured for project use. Split is mainly selected when separated component layout, flexible PV and battery placement, easier maintenance access, or special site installation conditions are required.

Should I choose the system type by wattage?

No. Wattage is only one part of the selection. The structure should be selected by installation method, PV and battery layout, maintenance access, pole structure, wiring complexity, heat dissipation, local climate, and document requirements.

How should I choose between All-in-One, All-in-Two, and Split?

Start from site conditions and maintenance workflow. All-in-One is suitable for integrated appearance and simplified installation. All-in-Two is suitable when PV direction and service access need more flexibility. Split is suitable for separated component layout, special installation conditions, or more complex project coordination.

What information is needed before recommendation?

Please provide project country and city, road width or area size, pole height, spacing, working hours, backup days, dimming mode, installation environment, product type preference, and required documents.

Can you provide IES, DIALux, datasheet, drawings, and BOQ support?

Yes. Document support can be prepared according to confirmed model and project requirement. Available files depend on product configuration, project scope, tender requirements, and document stage.

What affects battery capacity and solar panel size?

Battery and solar panel sizing depends on LED power, working hours, dimming profile, backup days, local solar radiation, rainy season, battery type, controller logic, and installation environment.

Can the document pack be matched to a tender BOQ?

Sunlurio can review BOQ descriptions, drawings, and tender specifications and suggest a suitable product path and document list. Final documents depend on confirmed configuration and project stage.

Request a Solar Street Light Project Document Pack

Send the key project inputs first. Sunlurio can review the suitable solar street light system path and confirm which documents are available for your project stage.

Common support requests:

System selection
IES / DIALux review
BOQ matching
Datasheet / drawing

Final files depend on confirmed configuration, project scope and tender stage.

Solar project support paths

For solar road projects, confirm site inputs and document needs through the relevant support path instead of treating product wattage alone as the decision basis.

Submit Solar Street Light Project Requirements | Review Solar Project Inputs | View Solar RFQ Checklist | Request Tender / BOQ Review

Available documents depend on confirmed project scope, product configuration, tender requirements, and document stage.