Intelligent Solar LED Road Lighting Systems Designed for Australian and Global Infrastructure Applications
LIKELITE provides engineered solar Roadway Lighting Solutions for municipalities, EPC contractors, infrastructure developers, lighting distributors and commercial project owners.
Our solar lighting systems integrate:
High-efficiency LED roadway luminaires
Mono-Si solar panels
Lithium battery storage
Intelligent lighting controllers
Motion sensing technology
Remote management functions
Professional lighting simulation support
The system is designed for applications where reliable illumination, energy efficiency and reduced dependence on grid power are required.
LIKELITE supports complete solar lighting solutions from:
Project assessment → Lighting design → Solar system configuration → Production → Technical documentation → Project delivery
Solar Roadway Lighting System Overview
Solar roadway lighting is not simply replacing a conventional street light with a solar panel.
A reliable solar lighting system requires coordinated design between:
LED optical performance
Solar generation capacity
Battery storage
Lighting operation schedule
Environmental conditions
Road geometry
Intelligent control strategy
LIKELITE evaluates these factors to provide a complete solar roadway lighting configuration.
Complete Solar Lighting System Architecture
1. LED Solar Roadway Luminaire
The LED roadway light provides efficient road illumination with controlled optical distribution.
Reference configuration:
LED Solar Roadway Lights
Power: 36W
LED Efficiency: 120 lm/W
LED Source: CREE SMD2835
Beam Angle: 75° × 140° CUT OUT
Color Temperature: 5000K
CRI: ≥80
IP Rating: IP66
Housing Material: Aluminum Alloy
Shade Material: Glass
Operating Temperature: -25°C to +65°C
The roadway optical design focuses light distribution on the road surface to improve lighting efficiency and reduce unnecessary upward light loss.
Solar Power Generation System
Mono-Si Solar Panel Configuration
The photovoltaic system converts solar energy into electrical energy for night operation.
Reference configuration:
Solar Panel: 18V / 36W
Solar Cell: Mono-Si
Power Supply: Solar
The solar panel capacity is configured according to:
Local solar radiation
Required operating hours
Battery capacity
Seasonal weather conditions
Battery Energy Storage System
The battery system stores solar energy generated during daylight hours.
Reference configuration:
Battery: 12.8V / 15Ah
Input Voltage: 12.8V–25.6V
Battery configuration is evaluated according to:
Night operation time
Required lighting output
Backup requirements
Local environmental conditions
Intelligent Solar Lighting Control
Modern solar roadway lighting requires intelligent energy management.
LIKELITE systems can integrate:
Microwave motion sensor
Light control
Timer control
Remote control
Dimming function
The lighting operation can be configured as:
Normal operation → Motion detection → Increased lighting output → Energy-saving dimming mode
This helps maintain road safety while reducing unnecessary energy consumption.
Engineering Design Support
A successful solar roadway lighting project depends on correct engineering evaluation before installation.
LIKELITE provides professional lighting design support including:
Lighting and circuitry design
On-site metering
DIALux Evo layout
LitePro DLX layout
AutoCAD layout
AGi32 layout
Engineering evaluation considers:
Road width
Pole height
Pole spacing
Installation environment
Required illumination level
Lighting uniformity
Solar resource availability
The objective is to ensure the solar lighting system matches the actual application requirements.
Solar Lighting Solution Design Process
Step 1 — Project Requirement Analysis
LIKELITE evaluates:
Project location
Road application
Operating hours
Environmental conditions
Lighting requirements
Step 2 — Lighting Simulation
Professional lighting simulation can be performed through:
DIALux Evo
LitePro DLX
AGi32
The design process verifies:
Light distribution
Road coverage
Installation spacing
Lighting performance
Step 3 — Solar System Configuration
The solar panel and battery capacity are selected according to:
Solar radiation
Working time
Energy demand
Reserve capacity requirements
Step 4 — Intelligent Control Configuration
The control strategy is configured according to:
Traffic conditions
User requirements
Energy-saving targets
Step 5 — Manufacturing and Delivery
After engineering approval, LIKELITE produces the solar roadway lighting system according to the confirmed technical specification.
Reference Application
Australia Canberra Solar Roadway Lighting Upgrade
The Canberra solar roadway lighting application demonstrates the capability of LIKELITE solar lighting solutions for Australian infrastructure environments.
Application Information
Location: Canberra, Australia
Application: Solar Roadway Lighting Upgrade
Product: LED Solar Roadway Lights
Quantity: 800 sets
Power: 36W
Certification: SAA / UN38.3
Warranty: 3 years
Energy Saving Improvement: 25%
Reference Technical Configuration
| Parameter | Specification |
|---|---|
| Product | LED Solar Roadway Lights |
| Quantity | 800 sets |
| Power | 36W |
| LED Efficiency | 120 lm/W |
| LED Source | CREE SMD2835 |
| Solar Cell | Mono-Si |
| Solar Panel | 18V / 36W |
| Battery | 12.8V / 15Ah |
| IP Rating | IP66 |
| CCT | 5000K |
| Beam Angle | 75° × 140° |
| Control System | Microwave Motion + Light Control + Timer |
| Remote Control | Supported |
| Dimming | Supported |
| Charging Time | 5–6 Hours |
| Certification | SAA / UN38.3 |
| Warranty | 3 Years |
| Energy Saving | 25% |
Energy Saving Performance
The Canberra reference application achieved an estimated 25% energy-saving improvement.
The energy-saving performance is achieved through the combination of:
High-efficiency LED technology
Solar power generation
Intelligent lighting control
Motion sensing
Dimming operation
Optimized system configuration
Solar lighting efficiency should be evaluated as a complete system rather than only comparing LED wattage.
Solar Lighting Applications
Municipal Roads
Solar roadway lighting solutions for cities requiring independent energy supply and reduced operating costs.
Rural Roads
Suitable for rural areas where grid connection is limited or expensive.
Remote Infrastructure
Provides reliable lighting for locations without convenient electrical infrastructure.
Industrial Areas
Suitable for factories, logistics parks and industrial access roads.
Public Areas
Applications include:
Parks
Walkways
Bicycle paths
Community roads
Commercial Developments
Solar lighting solutions for private roads, campuses and commercial facilities.
Why Choose LIKELITE Solar Lighting Solutions?
Complete System Capability
LIKELITE provides more than LED luminaires.
We support:
Lighting design
Solar configuration
Control system integration
Engineering documentation
Project-Oriented Engineering
Every solar lighting system is configured according to:
Location
Climate
Road conditions
Operating requirements
Professional Lighting Simulation
Engineering layouts can be provided using:
DIALux Evo
LitePro DLX
AutoCAD
AGi32
Intelligent Energy Management
Motion sensing, timer control and dimming functions help improve system efficiency.
OEM / ODM Capability
LIKELITE supports:
Lighting brands
Importers
EPC contractors
Municipal suppliers
Infrastructure companies
with customized solar lighting solutions.
FAQ — Solar Lighting Solutions
1. What is a solar roadway lighting solution?
A solar roadway lighting solution is an integrated system combining LED lighting, solar panels, batteries and intelligent controls to provide independent roadway illumination.
2. Can solar roadway lights replace traditional street lighting?
Yes. Solar roadway lights can replace conventional lighting systems in suitable applications where independent power supply is required.
3. What factors affect solar lighting system design?
Main factors include:
Location
Solar radiation
Road width
Pole spacing
Working hours
Battery capacity
Lighting requirements
4. Can LIKELITE provide lighting simulation?
Yes. LIKELITE supports DIALux Evo, LitePro DLX, AutoCAD and AGi32 layouts.
5. What LED efficiency does the reference system provide?
The reference configuration provides 120 lm/W LED efficiency.
6. What solar panel is used in the Canberra reference configuration?
The reference configuration uses an 18V / 36W Mono-Si solar panel.
7. What battery configuration is used?
The reference configuration uses a 12.8V / 15Ah battery system.
8. Does the system support dimming?
Yes. The system supports dimming functions.
9. Does the system support remote control?
Yes. Remote control can be integrated according to project requirements.
10. What control systems are available?
LIKELITE supports:
Microwave motion sensor
Light control
Timer control
11. What is the IP rating of the solar roadway light?
The reference configuration is IP66.
12. What certifications are available?
The Canberra reference configuration includes SAA and UN38.3.
13. What is the warranty period?
The reference system warranty is 3 years.
14. Can LIKELITE customize solar lighting systems?
Yes. Solar panels, batteries, control systems and LED configurations can be customized according to project requirements.
15. Can LIKELITE support EPC solar lighting Projects?
Yes. LIKELITE provides engineering support, system configuration, lighting design and production capability for EPC and infrastructure Projects.
Request Solar Lighting Solution Design
Provide:
Project location
Road layout
Pole height
Pole spacing
Required working hours
Quantity
Lighting requirements
LIKELITE will evaluate the project conditions and recommend a suitable solar roadway lighting configuration.
LIKELITE — Engineered Solar Lighting Solutions for Global Infrastructure.
