LIKELITE provides integrated Solar Lighting Solutions for urban roads, rural roads, highways, residential streets, industrial areas, parking areas and other outdoor infrastructure applications.
The system combines LED Solar Roadway Lights, Mono-Si solar panels, lithium battery storage, intelligent control and professional lighting design to provide an independent outdoor lighting system without relying entirely on conventional grid power.
A complete LIKELITE solar lighting solution can include:
LED Solar Roadway Lights
Mono-Si Solar Panel
Battery Energy Storage
Microwave Motion Sensor
Light Control
Timer Control
Remote Control
Dimming Function
Lighting & Circuitry Design
Onsite Metering
DIALux Evo Layout
Litepro Dlx Layout
AutoCAD Layout
AGi32 Layout
The system configuration is determined according to the road geometry, lighting requirements, solar resource, operating hours, installation conditions and project environment.
Solar Road Lighting System
Independent Lighting Without Conventional Grid Dependence
A solar road lighting system integrates power generation, energy storage, LED lighting and intelligent control into one outdoor lighting application.
System Structure
Solar Radiation
↓
Mono-Si Solar Panel
↓
Solar Charging System
↓
Battery Energy Storage
↓
130W LED Solar Roadway Light
↓
Smart Control
Microwave Motion Sensor
Light Control
Timer Control
↓
Road Lighting
The system is designed to collect solar energy during the daytime, store electrical energy in the battery and supply LED lighting during the required operating period.
Why Choose Solar Road Lighting?
Reduce Grid Infrastructure Requirements
Solar road lights can operate independently from conventional AC grid infrastructure, making them suitable for locations where grid connection is difficult, expensive or unavailable.
Reduce Energy Consumption
The supplied Guadalajara application achieved a reported 20% energy-saving improvement.
The actual energy-saving performance depends on the existing lighting system, operating schedule, control strategy and site conditions.
Simplify Deployment
Because the lighting system integrates solar power generation and battery storage, installation can be considered for roads where underground power cabling is impractical.
Intelligent Operation
Microwave motion sensing, light control and timer control can be combined to manage lighting operation according to environmental and usage conditions.
Solar Lighting System Configuration
130W LED Solar Roadway Light
The LIKELITE solar roadway lighting configuration uses a 130W LED Solar Roadway Light with:
CREE SMD3030 LED
130 lm/W stated luminous efficacy
Mono-Si solar cell
IP66 protection
Aluminum alloy housing
Glass shade
5000K ± 500K
Smart control capability
Remote control
Dimming support
The supplied system configuration includes:
Solar Panel
36V / 130W Mono-Si Solar Panel
Designed to convert solar radiation into electrical energy for the lighting system.
Battery
25.6V / 90Ah Battery
Used for electrical energy storage and nighttime lighting operation.
Charging Time
5–6 Hours
The actual charging performance depends on solar irradiation, weather, panel orientation, temperature and system operating conditions.
Intelligent Solar Lighting Control
Microwave Motion Sensor + Light Control + Timer Control
Intelligent control is used to manage the available stored energy and adapt lighting operation to actual requirements.
Microwave Motion Sensor
The motion sensor can detect movement within the relevant lighting area and support responsive lighting operation.
This function can be considered for roads with changing traffic or pedestrian activity.
Light Control
Light-control functionality can activate or manage lighting according to ambient light conditions.
Timer Control
Timer control allows lighting schedules to be configured according to the required operating period.
Remote Control
The system also supports remote-control operation for system management and adjustment.
Dimming
The supplied product specification supports dimming.
The control strategy can therefore be configured around:
Daytime Solar Charging → Battery Storage → Scheduled Lighting → Motion Response → Dimming
The final control logic should be determined according to project requirements.
Solar Lighting Design Engineering
Design the System Before Installation
Solar lighting performance depends on more than the LED wattage.
LIKELITE evaluates the complete lighting application, including:
Road width
Pole spacing
Pole height
Luminaire mounting position
Road geometry
Lighting distribution
Required illumination
Operating hours
Solar resource
Panel configuration
Battery capacity
Environmental conditions
Onsite Metering
Site information can be collected before the final system configuration is confirmed.
DIALux Evo Layout
DIALux Evo can be used to evaluate the lighting distribution and road illumination.
Litepro Dlx Layout
Additional lighting layout and calculation support can be provided where required.
AutoCAD Layout
Technical drawings can be prepared for project coordination and installation planning.
AGi32 Layout
Professional lighting simulation and calculation support is available for Projects requiring additional verification.
Solar Lighting Performance Verification
DIALux-Based Lighting Design
For road lighting applications, LIKELITE can prepare a project-specific DIALux model.
The calculation can consider:
Road geometry
Pole spacing
Mounting height
Luminaire position
Beam distribution
Maintenance factor
Lighting requirements
Road classification
Typical DIALux outputs include:
Average Illuminance — Lux
Minimum Illuminance — Lux
Overall Uniformity — U0
Longitudinal Uniformity — Ul
These values should be generated from the actual project geometry and approved photometric data.
Solar System Engineering
Solar Generation + Storage + LED Load
A reliable solar lighting system requires coordinated sizing of the main system components.
Solar Panel Sizing
Solar panel capacity should consider local solar irradiation, seasonal variation, battery charging requirements and daily lighting demand.
Battery Sizing
Battery capacity should consider:
Lighting power
Daily operating hours
Required autonomy
Local weather conditions
Battery characteristics
Charging efficiency
LED Load
The supplied configuration uses a 130W LED Solar Roadway Light.
Control Strategy
Intelligent control can reduce unnecessary operating time and help manage stored energy.
The final system should therefore be evaluated as a complete energy system rather than by LED wattage alone.
Technical Specification
LED Solar Roadway Lights — 130W
| Parameter | Specification |
|---|---|
| Product | LED Solar Roadway Lights |
| Rated Power | 130W |
| Input Voltage | 100–240V AC |
| System Input Voltage | 12.8–25.6V |
| Work Voltage | 25V–180W |
| LED Source | CREE SMD3030 LED |
| Luminous Efficacy | 130 lm/W |
| Solar Cell | Mono-Si |
| Solar Panel | 36V / 130W |
| Battery | 25.6V / 90Ah |
| Charging Time | 5–6 Hours |
| Power Supply | Solar |
| IP Rating | IP66 |
| CCT | 5000K ± 500K |
| Beam Angle | 75° / 140° Cut Out |
| Body Material | Aluminum Alloy |
| Shade Material | Glass |
| Remote Control | Supported |
| Dimming | Supported |
| Control System | Microwave Motion Sensor + Light Control + Timer Control |
| Product Lifespan | 30,000 Hours |
| Working Temperature | -25°C to +65°C |
| Product Weight | 13.2 kg |
| Certifications | NOM / UN38.3 |
| Warranty | 2 Years |
| Brand | LIKELITE |
| Origin | Guangdong, China |
Solar Lighting Applications
Urban Roads
Solar road lighting can be considered for urban roads where independent power supply or reduced grid dependence is required.
Rural Roads
Suitable for roads where conventional grid extension can be difficult or costly.
Residential Streets
Smart controls can support scheduled and motion-responsive lighting.
Highways & Road Access
Solar lighting can be evaluated for selected highway access roads, service roads and connecting routes.
Industrial Areas
Independent lighting can be considered for internal roads, access routes and facility perimeters.
Parking Areas
Motion control and dimming can help adapt lighting to changing activity levels.
Remote Infrastructure
Solar lighting is particularly relevant to locations where grid electricity is unavailable or infrastructure expansion is difficult.
Solar Lighting Solution Workflow
01 — Site Assessment
Review road geometry, existing infrastructure, lighting requirements and environmental conditions.
02 — Solar Resource Assessment
Evaluate the solar conditions relevant to panel sizing and energy generation.
03 — Onsite Metering
Collect pole height, spacing, road width and installation information.
04 — DIALux Lighting Design
Develop the road lighting layout and evaluate illumination performance.
05 — Solar System Configuration
Coordinate LED load, solar panel capacity, battery capacity and control strategy.
06 — Smart Control Configuration
Configure motion sensing, light control, timer control, remote control and dimming functions according to the application.
07 — Technical Documentation
Prepare DIALux, AutoCAD, Litepro Dlx or AGi32 documentation where required.
08 — Installation & Commissioning
Complete installation, electrical connection, control configuration and system commissioning.
Engineering Reference
Guadalajara Solar Road Lighting Upgrade, Mexico
A solar road lighting application in Guadalajara, Mexico used 1,200 sets of 130W LED Solar Roadway Lights.
The supplied project information includes:
Quantity: 1,200 sets
Power: 130W
Energy Saving: 20%
Certification: NOM / UN38.3
Warranty: 2 Years
Solar Panel: 36V / 130W
Battery: 25.6V / 90Ah
Control: Microwave Motion Sensor + Light Control + Timer Control
This application demonstrates the configuration of a solar road lighting system combining LED lighting, solar generation, battery storage and intelligent control.
The Guadalajara case is presented here as an engineering reference. It does not replace project-specific solar-resource assessment or DIALux calculation.
Why LIKELITE
Integrated Solar Lighting Engineering
LIKELITE combines solar lighting Products with lighting design and engineering support.
Product Capability
130W LED Solar Roadway Lights
CREE SMD3030 LED
130 lm/W
Mono-Si Solar Panel
25.6V / 90Ah Battery
IP66
Aluminum Alloy Housing
Control Capability
Microwave Motion Sensor
Light Control
Timer Control
Remote Control
Dimming
Engineering Capability
Onsite Metering
DIALux Evo
Litepro Dlx
AutoCAD
AGi32
Lighting & Circuitry Design
Project Support
System configuration
Technical documentation
Installation planning
Project installation and commissioning support
Build a Solar Road Lighting System with LIKELITE
Whether the requirement is an off-grid rural road, municipal street, residential road, industrial access road or remote infrastructure project, LIKELITE can develop a solar lighting configuration according to the actual application.
Provide:
Road layout
Road width
Pole spacing
Pole height
Required lighting level
Daily operating hours
Location
Solar resource information
Required autonomy
Project quantity
LIKELITE can evaluate the application and develop the appropriate solar lighting configuration.
Request a Solar Lighting Assessment
Request DIALux Layout
Request Solar System Configuration
Request Technical Proposal
Request LED Solar Roadway Light Quotation
FAQ
1. What is a solar road lighting solution?
It is an integrated outdoor lighting system combining LED luminaires, solar power generation, battery storage and intelligent control.
2. Does a solar road light require grid electricity?
The solar lighting system is designed to operate from solar-generated energy and battery storage, reducing dependence on conventional grid power.
3. What power rating is used in this application?
The supplied Guadalajara application uses 130W LED Solar Roadway Lights.
4. What solar panel is specified?
The supplied configuration includes a 36V / 130W Mono-Si solar panel.
5. What battery is specified?
The supplied configuration uses a 25.6V / 90Ah battery.
6. How long does the battery take to charge?
The supplied charging time is 5–6 hours. Actual charging depends on solar irradiation and environmental conditions.
7. What smart control functions are available?
Microwave Motion Sensor, Light Control and Timer Control are specified. Remote Control and dimming are also supported.
8. Can the lighting level be dimmed?
Yes. The supplied specification indicates that dimming is supported.
9. What is the luminous efficacy?
The specified luminous efficacy is 130 lm/W.
10. What LED source is used?
The supplied specification uses CREE SMD3030 LED.
11. What is the protection rating?
The luminaire is specified as IP66.
12. Can LIKELITE provide DIALux calculations?
Yes. LIKELITE provides DIALux Evo lighting layout and calculation services.
13. Can Lux, U0 and Ul data be provided?
Yes. These values should be calculated from the actual project geometry, mounting arrangement and approved photometric data.
14. What certifications are specified?
The supplied project/product information specifies NOM / UN38.3.
15. What warranty is provided?
The supplied specification includes a 2-year warranty.
