LIKELITE Solar Lighting Solutions are engineered for roadway, municipal, highway, residential and infrastructure applications where reliable illumination is required without depending entirely on conventional grid power.
From lighting assessment and onsite metering to DIALux simulation, solar system configuration, lighting layout and project installation support, LIKELITE provides a complete solar roadway lighting solution for EPC contractors, municipal Projects, engineering companies, distributors and infrastructure developers.
Our solutions combine LED roadway lighting, solar photovoltaic power generation, battery storage, intelligent lighting control and professional lighting design into one integrated system.
Complete Solar Roadway Lighting Solution
A solar lighting project is not simply the installation of a solar-powered lamp.
The performance of a solar roadway lighting system depends on the relationship between:
Road geometry
Required illumination level
Pole height and spacing
LED optical distribution
Solar radiation conditions
Solar panel capacity
Battery capacity
Daily operating hours
Weather conditions
Intelligent dimming strategy
Maintenance requirements
LIKELITE evaluates these factors before recommending the lighting configuration.
LIKELITE Solar Lighting Solution Includes
1. Lighting & Circuitry Design
Roadway lighting requirements are evaluated according to road classification, installation environment, pole arrangement and required lighting performance.
2. Onsite Metering
Where project conditions require field verification, onsite measurements can be used to support lighting layout and system configuration.
3. DIALux Evo Layout
Professional lighting simulation can be used to evaluate illuminance, uniformity, pole spacing and optical performance before installation.
4. LitePro DLX Layout
Lighting calculations can be developed for project-specific roadway and outdoor lighting requirements.
5. AutoCAD Layout
CAD-based lighting layouts support engineering coordination, pole positioning and installation planning.
6. AGi32 Layout
Additional photometric analysis can be provided where required by the project.
7. Solar System Configuration
Solar panel and battery capacity are configured according to lighting load, operating hours, solar conditions and project requirements.
8. Intelligent Lighting Control
Remote control, dimming, microwave motion sensing, photocell control and timer control can be integrated according to project requirements.
Solar Roadway Lighting System Architecture
Solar Panel
The photovoltaic panel converts solar energy into electrical energy during daylight hours.
For the Arequipa reference configuration, the system uses a:
36V / 130W Mono-Si Solar Panel
Energy Storage Battery
The battery stores solar energy generated during the daytime and supplies power to the LED lighting system at night.
Reference configuration:
25.6V / 90Ah Battery
LED Solar Roadway Light
The LED luminaire provides the required roadway illumination while minimizing power consumption.
Reference product:
130W LED Solar Roadway Light
with:
CREE SMD2835 LED
130 lm/W
IP66 protection
Aluminum alloy housing
Glass shade
5000K ±300K
CRI ≥80 configuration
30,000-hour rated life
75°–140° optical distribution configuration
Intelligent Control System
The solar roadway lighting system can combine:
Microwave Motion Sensor + Light Control + Timer Control
The lighting profile can be configured to provide higher output when traffic or pedestrian activity is detected and lower output during low-demand periods.
This helps reduce unnecessary energy consumption and extends battery operating time.
Designed for Different Roadway Conditions
LIKELITE Solar Lighting Solutions can be configured for:
Municipal Roads
Suitable for municipal roadway upgrades, residential streets, community roads and urban infrastructure where grid extension may be expensive or impractical.
Rural Roads
Solar-powered roadway lighting can provide independent lighting infrastructure for rural roads and areas with limited electrical grid coverage.
Highways and Access Roads
High-output LED optics and intelligent dimming can be configured for highway access roads, industrial access roads and infrastructure corridors.
Remote Infrastructure
For locations where grid connection is difficult, expensive or unavailable, standalone solar lighting provides an alternative power architecture.
Parks & Public Areas
Solar roadway lighting can also be configured for pedestrian routes, public spaces, parks, campuses and recreational areas.
Solar Lighting Engineering Process
01. Project Requirement Analysis
LIKELITE reviews:
Project location
Road type
Road width
Pole height
Pole spacing
Required illumination
Operating hours
Traffic conditions
Local climate
Solar radiation conditions
Battery autonomy requirements
02. Solar Resource Assessment
The solar system must be sized according to the local solar resource rather than simply selecting a larger solar panel.
Key considerations include:
Average solar radiation
Seasonal variation
Rainy periods
Temperature
Required autonomy
Daily lighting duration
For Projects in regions with significant seasonal variation, battery and photovoltaic capacity should be evaluated against the least favorable operating period.
03. Photometric Design
LIKELITE can prepare professional lighting simulations using:
DIALux Evo / LitePro DLX / AutoCAD / AGi32
The objective is to optimize:
Illuminance
Uniformity
Pole spacing
Mounting height
Beam distribution
Road coverage
Energy consumption
The final configuration should be based on project requirements rather than selecting a fixed wattage for every road.
04. Solar & Battery Sizing
Solar panel capacity and battery capacity are matched to:
LED Load + Operating Hours + Solar Conditions + Autonomy Requirement
For example, the Peru reference configuration uses:
LED Load: 130W
Solar Panel: 36V / 130W
Battery: 25.6V / 90Ah
The actual final configuration should be confirmed through project-specific solar resource and autonomy calculations.
05. Intelligent Lighting Strategy
The lighting system can operate under different control modes.
Full Power Mode
Used when higher illumination is required.
Dimming Mode
Reduces LED output during low-demand periods.
Motion Detection Mode
Microwave sensing can increase lighting output when vehicles or pedestrians are detected.
Timer Control
Lighting levels can be programmed according to predefined operating periods.
Remote Control
Remote configuration can be used where the selected controller and project architecture support remote management.
Why Intelligent Solar Lighting?
Traditional standalone solar street lights often operate at a fixed lighting level throughout the night.
This can result in unnecessary energy consumption during periods of low traffic.
LIKELITE intelligent solar lighting allows the lighting profile to be adjusted according to project requirements.
A typical strategy may include:
Evening Peak → Higher Output
Late Night → Dimming
Low Traffic → Reduced Output
Motion Detected → Increased Output
This approach can help improve the balance between:
Lighting Performance + Battery Autonomy + Solar System Size + Operating Cost
Reference Engineering Configuration
Peru Arequipa Solar Roadway Lighting Upgrade
The following configuration demonstrates how LIKELITE's Solar Lighting Solution can be applied to a real roadway upgrade scenario.
Location: Arequipa, Peru
Application: Solar Roadway Lighting Upgrade
Product: LED Solar Roadway Lights
Quantity: 1,000 sets
Rated Power: 130W
Certification / Compliance: INACAL / UN38.3
Warranty: 2 Years
Reported Energy-Saving Improvement: 20%
Luminaire Configuration
| Parameter | Specification |
|---|---|
| LED Source | CREE SMD2835 |
| Luminous Efficiency | 130 lm/W |
| Solar Cell | Mono-Si |
| IP Rating | IP66 |
| Rated Life | 30,000 hours |
| CCT | 5000K ±300K |
| CRI | Up to Ra 80 configuration |
| Housing | Aluminum Alloy |
| Shade | Glass |
| Beam Distribution | 75°–140° cut-off configuration |
| Control | Remote Control |
| Dimming | Supported |
| Operating Temperature | -25°C to +65°C |
Solar Power System
| Component | Reference Specification |
|---|---|
| Solar Panel | 36V / 130W |
| Battery | 25.6V / 90Ah |
| Charging Time | 5–6 hours |
| System Voltage Range | 12.8–25.6V DC |
| Power Supply | Solar |
| Control System | Microwave Motion Sensor + Light Control + Timer Control |
Engineering Support
Lighting & Circuitry Design
Onsite Metering
DIALux Evo Layout
LitePro DLX Layout
AutoCAD Layout
AGi32 Layout
Engineering Advantages
Independent Power Architecture
Solar lighting reduces dependence on conventional grid infrastructure and can be particularly useful for remote roads and areas where grid expansion is difficult.
Intelligent Energy Management
Motion sensing, dimming and timer control can reduce unnecessary nighttime energy consumption.
IP66 Outdoor Protection
The IP66-rated luminaire configuration is designed for demanding outdoor roadway environments.
High-Efficiency LED Platform
The reference configuration provides up to 130 lm/W, helping achieve the required illumination with controlled electrical load.
Integrated Solar + Lighting Design
Solar panel, battery, luminaire and control strategy are evaluated as one system rather than as independent components.
Project-Specific Engineering
LIKELITE does not rely on a single standard configuration for every project. Road geometry, solar conditions and operating requirements determine the final design.
Who We Work With
LIKELITE Solar Lighting Solutions are designed for professional B2B buyers, including:
EPC Contractors
Complete technical support for tendering, lighting design, equipment selection and project execution.
Engineering Companies
Photometric calculations, CAD layouts and project-specific product configuration.
Municipal Procurement
Solar roadway lighting solutions for public infrastructure and municipal upgrades.
Lighting Distributors
OEM/ODM product configurations and project-oriented product support.
Infrastructure Developers
Integrated solar lighting systems for roads, access routes and remote infrastructure.
Lighting Brands
Custom product configurations, private-label manufacturing and technical development support.
Solar Lighting Applications
Municipal Roads | Rural Roads | Highway Access Roads | Residential Streets | Remote Roads | Industrial Roads | Parks | Public Areas | Campuses | Infrastructure Corridors
Project Documentation Available
Depending on project requirements, LIKELITE can support documentation including:
Product Datasheets
Photometric Files
DIALux Simulation
CAD Drawings
Installation Layouts
Solar System Configuration
Battery Specifications
Solar Panel Specifications
Test Reports
Compliance Documentation
Warranty Documentation
Installation Guidance
FAQ — Solar Lighting Solutions
1. What is a solar roadway lighting solution?
It is an integrated lighting system combining LED roadway luminaires, photovoltaic panels, battery storage and lighting controls to provide roadway illumination without relying entirely on grid electricity.
2. How does LIKELITE size a solar street lighting system?
Solar panel and battery capacity are evaluated according to LED power, operating hours, local solar conditions, required autonomy and lighting-control strategy.
3. Can LIKELITE provide DIALux lighting calculations?
Yes. LIKELITE can provide DIALux Evo layouts together with LitePro DLX, AutoCAD and AGi32 support according to project requirements.
4. Can solar roadway lights work during cloudy or rainy periods?
Yes, but system autonomy depends on solar panel capacity, battery capacity, operating hours and local weather conditions. Projects with long low-solar periods require appropriate system sizing.
5. Can the lighting power be dimmed?
Yes. The reference configuration supports dimming and can integrate motion sensing, light control and timer control.
6. Can LIKELITE provide remote control?
Remote control is available when the selected control architecture supports remote communication and management.
7. What LED technology is used?
The Peru reference configuration uses CREE SMD2835 LEDs with a stated luminous efficiency of up to 130 lm/W.
8. What IP protection is available?
The reference solar roadway luminaire is IP66-rated.
9. What is the battery specification for the Peru reference configuration?
The reference configuration uses a 25.6V / 90Ah battery.
10. What solar panel is used?
The reference configuration uses a 36V / 130W Mono-Si solar panel.
11. What is the expected service life of the LED luminaire?
The stated LED luminaire life for the reference configuration is 30,000 hours. Actual service life depends on operating conditions and system design.
12. What warranty does LIKELITE provide?
The Peru reference configuration carries a 2-year warranty.
13. Can LIKELITE customize solar street lights?
Yes. Product power, optics, control system, battery, solar panel and mechanical configuration can be evaluated according to project requirements.
14. Can LIKELITE support EPC contractors?
Yes. LIKELITE supports EPC contractors with product selection, photometric design, solar system configuration, CAD layouts and project documentation.
15. How can we request a solar roadway lighting design?
Send LIKELITE the project location, road dimensions, pole height and spacing, required lighting level, operating hours, quantity and available site information. LIKELITE can then evaluate the appropriate solar lighting configuration.
