Senegal LoRa Smart Street Lighting with LED Display

211 sets deployed across multi-section road corridors with 8m HDG poles and 75W roadway optics.
LoRa group control + on-pole LED display improves visibility, maintenance routing, and commissioning consistency. 

Country / Area 🇸🇳 Senegal | Road Lighting (multi-section)
Client Type EPC Contractor
Application Road Corridors / Arterials
Lighting Type Smart Street Lighting (AC LED + LoRa)
System Architecture AC LED luminaires + LoRa nodes + gateway + cloud platform + LED display
Pole Height 8m poles (HDG)
Controls Dusk-to-dawn + scheduled dimming (group profiles)
Deliverables Monitoring overview + network topology notes + commissioning checklist (IES / BOQ on request)
Target Criteria Maintained lux & uniformity per brief (verification supported)
Year 2025

Project Background

This Senegal road lighting deployment uses AC LED luminaires with a LoRa monitoring network to improve visibility and maintenance efficiency across multiple sections. With HDG poles and roadway-optimized optics, the system supports stable night-time performance, centralized status checks, and faster fault response—helping EPC teams keep commissioning consistent and reduce rework during acceptance.
Technical Configuration (Typical Range)
AC LED roadway luminaires for arterial corridors (IES available on request)
Typical mounting: 8m HDG poles; spacing confirmed per section and lighting targets
LoRa network architecture: node controllers + gateway coverage planned by corridor segments
Central platform monitoring for status, faults, and basic performance reporting (commissioning logs)
Scheduled dimming profiles applied by groups/time plans to reduce operating cost
Integrated LED display option: power/interface verified; mounting and wiring notes documented
Deliverables referenced: monitoring overview + network/topology notes + commissioning checklist (BOQ on request) 

Scope & Assumptions

A concise summary of what this reference covers and the verification inputs behind it.
Scope (Multi-section Road Lighting)
Coverage: multiple corridor/arterial sections in Senegal (multi-section reference)
Use case: EPC delivery needing repeatable commissioning across sections and teams
Deliverables referenced: monitoring overview + commissioning checklist (IES/BOQ on request)
Configuration approach: AC LED + LoRa groups aligned to corridor segments and maintenance routing
Verification Inputs (Assumptions Documented)
Pole height: 8m HDG poles (as deployed)
Network: LoRa nodes grouped by corridor sections; gateway coverage noted
Controls: dusk-to-dawn + scheduled dimming profiles (group policies)
Acceptance checks: node ID mapping + platform screenshots for commissioning traceability
Targets: maintained lux & uniformity per brief (verification supported)
Detailed verification inputs can be shared in a redacted pack or under NDA for tender review.

Photos & Acceptance Notes

Field photos confirm the deployment is real. The notes below summarize typical site acceptance checks used by EPC teams to reduce rework and sign-off risk.
Acceptance Notes (Typical)

5G Signal & Device Online

Verified stable connectivity at the pole location; device shown online in platform and responding to commands.

GPS Asset Mapping

GPS coordinates matched the pole ID and section; assets visible on map for routing and maintenance dispatch.

Dimming Plan Execution

Scheduled dimming profile applied (time plan / groups) and confirmed by runtime logs or platform snapshot.

High-Efficacy Output Check

200 lm/W-class configuration recorded; CCT and optical type matched the approved roadway requirement.

Solar Kit & Sealing (Dust/Rain)

PV, battery enclosure, cable glands, and connectors checked for sealing; labels remain readable for acceptance.

Night-Time Section Spot Check

Representative night photos taken for rural road section; spot-check confirms uniformity intent and safe visibility.

Tip: Platform screenshots (online status / GPS map / dimming logs) and traceability tables can be shared in a redacted pack or under NDA.

Deliverables Provided

Reference deliverables available for tender review and verification. Browse samples in the resource pages or request a project-ready pack.

IES / LDT Photometric Files

Browse IES files used for roadway optics verification and layout checks. Suitable for EPC submissions and audit trails.

BOQ (Bill of Quantities)

Review BOQ examples aligned to scope, accessories, and configuration ranges for procurement and budgeting.

Drawings & Acceptance Checklist

Download or request CAD drawings, installation details, and datasheets for approvals.

DIALux / Relux Outputs

See report samples and typical verification items (maintained lux, uniformity, assumptions, and result tables).

FAQ (Tender & Verification)

Quick answers to common EPC / tender questions for this reference.
What documents can you share for tender submission (rural roads)? +
We can share a tender-ready pack in a redacted version or under NDA, typically including:
  • Datasheet + configuration notes (200 lm/W-class options where applicable)
  • IES photometric files for roadway optics
  • BOQ alignment table (items, quantities, alternates)
  • 5G/GPS platform snapshot (asset list, map view, status)
  • Commissioning & acceptance checklist (field-ready)
Do you provide IES files and verification assumptions for layouts? +
Yes. For rural corridors we provide IES files and the layout assumptions used for checks (pole height, spacing logic, road width/class, target maintained lux/uniformity). If you share a simple road sketch or CAD, we can also provide a verification output (DIALux/Relux if required).
How do you manage multi-section rural roads with different spacing conditions? +
We treat each section as a controlled “segment” with its own assumptions and IDs:
  • Section-by-section spacing notes (kept with the BOQ)
  • Consistent optic family, with documented variants if needed
  • Asset IDs tied to GPS locations for traceable acceptance
  • Same dimming policy template applied by groups (then adjusted per segment)
Can you share photos, GPS mapping, and acceptance records under NDA? +
Yes. We can share representative field photos, platform screenshots (online status, GPS map, dimming logs), and acceptance notes. When projects require confidentiality, we provide a redacted pack or sign an NDA before sharing identifiable details.
What inputs do you need to propose a similar 5G + GPS smart solar configuration? +
Send the basics and we’ll reply with a configuration range + document list:
  • Country/region, road type (rural main road / feeder road), quantity
  • Pole height target (e.g., 6m) and any spacing constraints
  • Target lighting criteria (maintained lux/uniformity) or standard to follow
  • Autonomy requirement (nights) + local weather/sun profile (if known)
  • 5G coverage expectations + GPS / platform features you need

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