Outdoor All-in-One Solar LED Pole Light
A fully integrated off-grid solar street lighting system designed for government infrastructure projects, EPC contractors, industrial zones, and rural electrification programs.
Engineering-Grade Solar Street Light Manufacturer for EPC & Infrastructure Projects
A fully integrated off-grid solar street lighting system designed for government infrastructure projects, EPC contractors, industrial zones, and rural electrification programs.
As a professional solar street light manufacturer, we provide engineered lighting systems combining solar power generation, energy storage, intelligent control, and high-efficiency LED optics into one autonomous unit.
Verified Project Experience
Project Deployment Regions (Verified Application Markets)
West Africa: Rural road electrification programs
Middle East: Industrial parks & logistics zones under extreme heat conditions
Southeast Asia: Highway lighting & municipal infrastructure projects
South America: Remote community infrastructure lighting systems
Engineering Project Scale
Pilot deployments: 100–300 units per site
Municipal infrastructure projects: 500–5,000 units
EPC contractor supply projects: 10,000+ units per batch
Real Operating Environments
High temperature desert regions (≥50°C surface conditions)
High humidity tropical environments
Coastal salt corrosion zones
Dust-heavy industrial areas
Problem Statement
Traditional street lighting systems face structural limitations in off-grid environments:
High cost of trenching and underground cabling
Long construction and approval cycles
Continuous electricity consumption costs
High failure rate in unstable grid regions
Difficult maintenance in remote areas
Engineering Solution Overview
Our system is a fully integrated solar-powered lighting infrastructure system, not a conventional lamp.
It combines:
Solar energy generation subsystem
Lithium energy storage system
Intelligent MPPT control system
High-efficiency LED optical system
System Engineering Architecture
Solar Energy Subsystem
Monocrystalline silicon solar panel
Conversion efficiency: ≥21%
Optimized low-light energy harvesting performance
Energy Storage System
Industrial-grade LiFePO4 battery
Integrated BMS (Battery Management System)
Cycle life: 2000–6000 cycles
Operating temperature: -20°C to +60°C
Intelligent MPPT Controller
Maximum Power Point Tracking (MPPT) technology
Intelligent energy allocation system
Adaptive lighting control modes (time / motion / dimming)
LED Optical System
High-efficiency LED chips (150–180 lm/W optional)
Precision optical lens design
Road-standard Type II / Type III distribution
Field Performance & Engineering Validation
Factory Testing Procedures
100% aging test (continuous load simulation)
IP66 waterproof pressure testing
High/low temperature cycling test
Salt spray corrosion resistance test
Vibration & transport safety test
Engineering Compliance Standards
CE compliant electrical safety standard
RoHS environmental compliance
ISO-based production quality control system
Technical Specifications
|
Parameter |
Specification |
|
LED Power |
20W – 100W |
|
Luminous Output |
3000 – 15000 lm |
|
Solar Panel |
Monocrystalline 40W – 200W |
|
Battery Type |
LiFePO4 (Industrial Grade) |
|
Battery Life |
2000–6000 cycles |
|
Backup Autonomy |
2–5 nights |
|
Charging Time |
6–8 hours (full sunlight) |
|
Protection Rating |
IP65 / IP66 |
|
Operating Temperature |
-20°C to +60°C |
|
Installation Height |
3m – 12m |
Installation Engineering & Field Deployment Efficiency
Concrete base / pole installation
Mount integrated solar lighting unit
Adjust solar orientation angle
System automatically activates at dusk
Deployment Advantages
No trenching required
No electrical wiring required
No grid connection required
Installation time: 10–30 minutes per unit
Lifecycle Cost & ROI Engineering Analysis
| Cost Factor | Grid Lighting Solar Lighting |
| Installation Cost | High Low |
| Electricity Cost | Continuous Zero |
| Maintenance Cost | High Low |
| Infrastructure Requirement | Required Not required |
ROI Conclusion
Solar street lighting significantly reduces total lifecycle cost, especially in:
Off-grid rural infrastructure
High electricity cost regions
Large-scale municipal deployments
OEM / ODM Engineering Capability
We provide full engineering customization services:
Solar panel wattage customization
Battery capacity configuration
LED power adjustment
Pole height structural design
Motion sensor integration
IoT remote monitoring systems
OEM branding & packaging
Suitable for EPC contractors, distributors, and government procurement projects.
Manufacturer Capability Statement
Manufacturing Capability
Industrial-scale production system for solar lighting products
Dedicated engineering team for EPC project customization
Quality control system for export-grade production
Experience in large-scale infrastructure supply projects
Global Supply Capability
Export-oriented manufacturing system
Project-based procurement support
Technical documentation support for tenders and bidding
Real Project Documentation Availability
For qualified EPC contractors and distributors, we can provide:
Project installation photos (before / after comparison)
Engineering datasheets
Test reports (IP, aging, temperature, corrosion)
Project reference list by region
Sample units for field evaluation
FAQ
Engineering Inquiry & Project Support
We support:
EPC project quotation within 24 hours
Engineering drawings & technical documentation
Sample units for validation testing
Large-scale procurement support
Contact our engineering team to design a customized solar lighting solution for your infrastructure project.
Hot Tags: outdoor all-in-one solar led pole light, China outdoor all-in-one solar led pole light manufacturers, suppliers, factory, 30W 80W Low Power Adjustable Tilt Residential Area LED Light, Industrial Park Integrated Die Cast LED Street Luminaire, pedestrian crossing lighting, Toolless Entry Streamlined Low Light Pollution Roadway Luminaire, yard led flood lights, yard string light pole
Send Inquiry
