Solar Roadway Lighting Solutions for European Road Infrastructure

LIKELITE provides integrated solar roadway lighting solutions for roads, highways, municipal streets, residential access roads, industrial areas, parking areas, and other outdoor infrastructure where reliable roadway illumination and reduced grid dependence are required.

Our solar lighting solutions combine solar LED roadway lights, photovoltaic modules, batteries, intelligent controls, lighting design, onsite metering, simulation, and project installation support into one engineering-oriented solution.

For European road infrastructure, LIKELITE can configure solar roadway lighting around local road conditions, operating hours, solar availability, lighting requirements, environmental conditions, and project procurement specifications.

Solar Roadway Lighting Solution Architecture

A solar roadway lighting system is not simply a solar panel combined with an LED lamp. The system needs to balance lighting performance, photovoltaic generation, battery capacity, operating time, control logic, environmental protection, and installation conditions.

LIKELITE's solution architecture can include:

• LED Solar Roadway Lights

• Mono-Si Solar Panels

• Lithium or project-specified battery systems

• Microwave motion sensors

• Light-control sensors

• Timer control

• Remote control

• Dimming functions

• Solar charging management

• Roadway lighting distribution design

• Onsite illumination measurement

• DIALux Evo simulation

• LitePro DLX layout

• AutoCAD layout

• AGi32 layout

• Installation and commissioning support

This architecture allows the lighting system to be configured according to the actual application rather than relying on a standard one-size-fits-all package.

Solar Roadway Lighting Applications

LIKELITE solar lighting solutions are suitable for a broad range of outdoor infrastructure applications.

Municipal Roads

Solar roadway lighting can be used for municipal roads where reducing electrical infrastructure requirements is an important consideration.

Highways and Road Corridors

For selected highway and road corridor applications, solar lighting can provide an independent lighting system where grid extension is difficult or where project specifications favor renewable-energy-based infrastructure.

Residential and Access Roads

Solar roadway lights can provide autonomous illumination for residential roads, community access roads, secondary roads, and low-traffic areas.

Parking Areas

Solar lighting can be configured for parking areas, logistics yards, commercial access zones, and outdoor circulation routes.

Industrial and Infrastructure Areas

Solar roadway lighting can support outdoor industrial roads, infrastructure access roads, storage areas, and remote operating zones.

Reference Configuration for a European Solar Roadway Application

The following configuration is based on the requirements of a Belgium / Antwerp solar roadway lighting application and is presented as a solution reference rather than a project case page.

The final configuration should be verified against road classification, pole height, spacing, solar irradiation, battery autonomy, lighting calculations, local regulations, and installation conditions before procurement.

LED Solar Roadway Light Configuration

The LED Solar Roadway Light is the primary lighting unit within the solution.

The reference 130W configuration uses CREE SMD3030 LED technology with a stated system luminous efficiency of up to 150 lm/W.

The housing uses aluminum alloy for structural strength and thermal management, while the optical assembly uses a glass shade.

Key configuration characteristics include:

• 130W rated power

• CREE SMD3030 LED

• Up to 150 lm/W reference efficiency

• 5000K ±300K

• Ra70

• IP66 protection

• Aluminum alloy housing

• Glass optical cover

• Dimmable operation

• Remote control

• 75° / 140° cut-out optical configuration

• Operating temperature from -25°C to 65°C

For each project, the final optical distribution should be confirmed through roadway lighting calculations rather than selecting the luminaire only according to wattage.

Solar Power System

The solar power subsystem is designed to support autonomous operation.

The reference configuration includes:

• Mono-Si solar panel

• 36V / 130W solar panel

• 5.6V / 90Ah battery configuration

• 5–6 hour stated charging time

• Solar power supply

• Charging management

• Intelligent operating control

Solar panel and battery sizing should be evaluated according to:

• Local solar radiation

• Seasonal conditions

• Required nightly operating hours

• Consecutive cloudy-day requirements

• Pole and panel orientation

• Luminaire power consumption

• Dimming strategy

• Traffic patterns

• Project autonomy requirements

For Projects in northern European climates, winter solar availability should be evaluated carefully before final system sizing.

Intelligent Lighting Control

Solar roadway lighting can be configured with multiple control methods to reduce unnecessary operating hours and optimize available energy.

The reference system includes:

Microwave Motion Sensor

The motion sensor can support adaptive lighting according to detected activity or traffic movement.

Light Control

A light sensor can determine day/night conditions and help control automatic switching.

Timer Control

Timer-based control can establish predefined operating periods.

Remote Control

Remote control functionality can support system operation and configuration where the selected control architecture allows it.

Dimming

Dimming can reduce lighting output during lower-demand periods while maintaining a defined lighting strategy.

The actual control logic should be established according to road classification, traffic volume, pedestrian activity, safety requirements, and local regulations.

Roadway Lighting Design and Simulation

LIKELITE treats solar roadway lighting as an engineering design task rather than simply a product supply.

Available design support includes:

• Lighting and circuitry design

• Onsite metering

• DIALux Evo layout

• LitePro DLX layout

• AutoCAD layout

• AGi32 layout

Lighting calculations can be used to evaluate:

• Average illuminance

• Minimum illuminance

• Uniformity

• Roadway coverage

• Pole spacing

• Mounting height

• Beam distribution

• Lighting class requirements

• Potential dark zones

• Energy-saving operating modes

The final layout should be developed from project-specific road geometry and installation parameters.

Onsite Measurement and Engineering Verification

Where project conditions require field verification, LIKELITE can incorporate onsite metering into the engineering workflow.

The process can include:

1. Site Information Collection

Road width, pole positions, mounting height, road geometry, surrounding structures, and relevant environmental conditions are collected.

2. Lighting Requirement Review

The project lighting requirements and applicable specifications are reviewed.

3. Onsite Measurement

Existing illumination and site conditions can be measured where required.

4. Lighting Simulation

DIALux Evo, LitePro DLX, AutoCAD, or AGi32 can be used to develop the lighting layout.

5. System Configuration

Luminaire power, optical distribution, solar panel capacity, battery configuration, control strategy, and spacing are evaluated.

6. Final Engineering Documentation

The selected solution can be supported with technical layouts and configuration documentation for procurement and implementation.

Solar Roadway Lighting for European Infrastructure

European solar lighting Projects require attention to both electrical and environmental conditions.

Depending on the project location and procurement requirements, documentation may include:

• CE

• RoHS

• WEEE

• UN38.3

• MSDS

The supplied reference configuration is designed around IP66 protection and a working temperature range of -25°C to 65°C.

Battery-related documentation is particularly important for solar lighting systems because transportation, storage, installation, and project compliance may require additional documentation.

Certification requirements should always be confirmed according to the destination country and project tender documents.

Energy Efficiency Strategy

Solar lighting efficiency is not determined by LED efficacy alone.

LIKELITE evaluates energy performance through the combination of:

High-Efficiency LED Source

The reference configuration uses CREE SMD3030 LEDs with a stated efficiency of up to 150 lm/W.

Adaptive Control

Motion sensing, light control, timer control, and dimming can reduce unnecessary operating periods.

Solar Power Generation

The photovoltaic subsystem provides the primary energy source for the lighting system.

Battery Management

Battery capacity and charging requirements are considered together with operating hours and solar conditions.

Lighting Simulation

Simulation helps avoid excessive lighting power caused by incorrect spacing or optical selection.

For the Antwerp reference requirement, the supplied target indicates 22% energy improvement. Actual project results should be measured and reported from the final installed system.

Installation and Commissioning Support

LIKELITE can support project installation through an engineering-oriented workflow.

Typical activities include:

• Product configuration confirmation

• Technical drawing review

• Solar panel positioning review

• Pole and luminaire installation guidance

• Wiring and circuitry verification

• Controller configuration

• Sensor configuration

• Battery connection

• Lighting system commissioning

• Final operational checks

Installation requirements can vary significantly according to pole structure, road conditions, local electrical standards, and the selected solar system architecture.

Technical Parameters

Reference 130W Solar Roadway Lighting Configuration

• Brand: LIKELITE

• Product: LED Solar Roadway Lights

• Power: 130W

• Light Source: CREE SMD3030

• Luminous Efficiency: 150 lm/W

• Solar Cell: Mono-Si

• Solar Panel: 36V / 130W

• Battery: 5.6V / 90Ah

• Power Supply: Solar

• Input Voltage Reference: 12.8V–25.6V

• Work Voltage: 25V / 180W configuration reference

• IP Rating: IP66

• CCT: 5000K ±300K

• CRI: Ra70

• Material: Aluminum Alloy

• Shade: Glass

• Control: Remote Control

• Smart Control: Microwave Motion Sensor + Light Control + Timer Control

• Dimming: Supported

• Working Temperature: -25°C to 65°C

• Charging Time: 5–6 hours

• Stated Working Time: 50,000 hours

• Beam Configuration: 75° / 140° cut-out

• Single Package: 66.5 × 36.8 × 32.6 cm

• Gross Weight: 10 kg

• Origin: Guangdong, China

Technical parameters should be finalized according to the approved project configuration and engineering calculation.

Why Choose LIKELITE for Solar Lighting Solutions

LIKELITE is positioned as an outdoor LED lighting engineering project solution provider for overseas B2B customers.

For solar roadway lighting, the value is not limited to supplying luminaires.

LIKELITE can support the complete solution chain:

Product → Solar Power → Battery → Control → Lighting Design → Simulation → Documentation → Installation

This approach is suitable for:

• EPC contractors

• Municipal procurement teams

• Infrastructure contractors

• Engineering companies

• Lighting distributors

• Project wholesalers

• Lighting brands requiring ODM support

• Bulk project buyers

Solar Lighting Solution Workflow

A typical LIKELITE solution workflow includes:

Requirement Review → Site Information → Lighting Calculation → Solar System Sizing → Product Configuration → Control Strategy → Technical Documentation → Production → Delivery → Installation Support

This workflow allows project requirements to be translated into a complete technical and commercial configuration.

Solar Lighting Solutions vs. Solar Lighting Projects

Solar Lighting Solutions explain what LIKELITE can design, configure, supply, and support.

Solar Lighting Projects document specific completed installations and their evidence.

A future LIKELITE project page should contain actual project information such as:

• Project location

• Client or EPC profile

• Installation photographs

• Before / during / after evidence

• DIALux calculations

• Measured lux data

• Installed quantities

• Final energy performance

• Certification documents

• Installation records

• Acceptance documentation

These evidence elements should remain on the corresponding project page rather than being mixed into the general Solar Lighting Solutions page.

Typical Buyer Requirements

LIKELITE solar lighting solutions are suitable for buyers looking for:

• Solar roadway lighting suppliers

• Solar street lighting project solutions

• Solar highway lighting

• Solar municipal road lighting

• 130W solar roadway lights

• IP66 solar roadway lights

• CREE SMD3030 solar lighting

• Smart solar roadway lighting

• Remote-controlled solar street lighting

• Solar lighting with motion sensors

• Solar lighting with dimming

• Bulk solar lighting procurement

• European solar lighting compliance

• Custom solar roadway lighting solutions

Commercial Project Support

For a project quotation or technical assessment, buyers can provide:

• Project location

• Road type

• Road width

• Pole height

• Pole spacing

• Required lighting class

• Quantity

• Expected operating hours

• Solar autonomy requirement

• Local certification requirements

• Installation conditions

• Target delivery schedule

LIKELITE can then evaluate the appropriate solar roadway lighting configuration and engineering requirements.

Solar Lighting Solutions FAQ

1. What is a solar roadway lighting solution?

It is an integrated outdoor lighting system combining LED roadway luminaires, solar panels, batteries, control systems, and lighting engineering design.

2. Does LIKELITE supply complete solar roadway lighting systems?

Yes. LIKELITE can provide solar roadway lighting Products together with lighting design, onsite metering, simulation layouts, control configuration, technical documentation, and installation support.

3. What power range can be used for solar roadway lighting?

The appropriate wattage depends on road classification, mounting height, spacing, required illuminance, solar conditions, and lighting calculations. The reference configuration for this solution is 130W.

4. Can solar roadway lights use motion sensors?

Yes. The reference configuration supports microwave motion sensing together with light control and timer control.

5. Can the solar roadway light be dimmed?

Yes. The reference configuration supports dimming.

6. What solar panel is used in the reference configuration?

The reference configuration uses a Mono-Si solar panel rated at 36V / 130W.

7. What battery configuration is specified?

The supplied reference configuration specifies a 5.6V / 90Ah battery.

8. Are solar roadway lights suitable for European applications?

They can be configured for European applications, but final compliance and system sizing must be verified according to the specific country, project tender, environmental conditions, and applicable standards.

9. What certifications are available for the reference configuration?

The supplied configuration lists CE, WEEE, RoHS, UN38.3, and MSDS documentation.

10. Can LIKELITE perform DIALux calculations?

Yes. LIKELITE can support DIALux Evo layouts as well as LitePro DLX, AutoCAD, and AGi32 layouts.

11. Can LIKELITE provide onsite metering?

Yes. Onsite metering can be included where project conditions require field verification.

12. How long does the reference solar system take to charge?

The supplied reference specification indicates a charging time of approximately 5–6 hours. Actual charging performance depends on solar radiation, weather, panel orientation, and system conditions.

13. What is the operating temperature range?

The reference configuration specifies approximately -25°C to 65°C.

14. What is the warranty period?

The supplied project requirement specifies a 2-year warranty.

15. Can LIKELITE support large-volume solar roadway lighting projects?

Yes. The solution can be configured for bulk procurement and engineering projects, with product configuration, lighting calculations, technical documentation, and project installation support.

Request a Solar Roadway Lighting Solution

If you are planning a municipal road, highway, infrastructure, residential access road, parking area, or other outdoor solar lighting project, LIKELITE can evaluate the application based on the project location, road geometry, lighting requirements, solar conditions, control strategy, and procurement specifications.

Submit your project requirements to LIKELITE for a solar roadway lighting configuration and engineering assessment.