Thessaloniki Solar Roadway Lighting Upgrade

Greece | Solar Roadway Lighting Project | 2,000 Sets | 130W LED Solar Roadway Lights

LIKELITE supplied an engineered solar roadway lighting system for a roadway lighting upgrade application in Thessaloniki, Greece.

The project covered 2,000 sets of 130W LED Solar Roadway Lights, combining high-efficiency CREE SMD3030 LED technology, Mono-Si solar power generation, battery storage and intelligent lighting control.

The project specification indicates a 20% energy-saving improvement, with a 2-year warranty and CE / RED / RoHS / UN38.3 / MSDS documentation.

Project at a Glance

Project Requirement

The Thessaloniki application required a solar-powered roadway lighting system capable of integrating LED illumination, photovoltaic generation, battery storage and intelligent control.

For this type of project, the lighting system must be evaluated as a complete operating system rather than as an individual LED luminaire.

The project configuration therefore combined:

• 130W LED roadway lighting

• 140 lm/W specified luminous efficiency

• Mono-Si solar technology

• 36V 130W solar panel

• 25.6V 90Ah battery

• IP66 outdoor protection

• Microwave motion sensing

• Light control

• Timer control

• Remote control

• Dimming capability

This configuration provides the basis for independent solar roadway lighting with controlled nighttime energy consumption.

Solar Roadway Lighting System

The project used LIKELITE LED Solar Roadway Lights with an aluminum-alloy housing and glass shade.

The lighting system specification includes a 75° beam angle / 140° cut-off configuration, designed for roadway lighting applications where controlled light distribution is required.

The product is rated for an operating temperature range of -25°C to 65°C, supporting outdoor applications across different environmental conditions.

The system was configured around a 25.6V 90Ah battery and 36V 130W solar panel for this project.

Intelligent Lighting Control

The project incorporated a combined control system:

Microwave Motion Sensor + Light Control + Timer Control

The control architecture allows the system to manage lighting operation according to environmental conditions, programmed schedules and roadway activity.

A typical operating sequence can be configured as:

Daytime → Solar Charging → Night Activation → Scheduled Dimming → Motion Response → Late-Night Energy Management → Morning Shutdown

The actual control parameters should be configured according to the project's traffic conditions, operating schedule and municipal requirements.

Lighting Engineering and Design Support

LIKELITE's project support can include engineering design before production and installation.

For this project type, the available design services include:

• Lighting and Circuitry Design

• Onsite Metering

• DIALux Evo Layout

• LitePro DLX Layout

• AutoCAD Layout

• AGi32 Layout

These services are used to establish the appropriate lighting layout, luminaire positioning and system configuration before project delivery.

Important project evidence: actual DIALux/AGi32 calculation files, illumination values, uniformity results and approved drawings should be added to this page when available. They should not be replaced by estimated values.

Energy-Saving Performance

The project specification indicates an energy-saving improvement of 20%.

The energy performance of a solar roadway lighting system is influenced by several factors, including:

• Solar irradiation

• Solar panel capacity

• Battery storage

• Daily operating hours

• Dimming schedule

• Motion detection

• Road traffic

• Lighting layout

• Local environmental conditions

The 20% figure should therefore be presented as the project-specified energy-saving result rather than generalized to every LIKELITE solar lighting installation.

Product Technical Specification

Certifications and Project Documentation

The project product specification includes:

• CE

• RED

• RoHS

• UN38.3

• MSDS

For international project procurement, technical documentation should be aligned with the buyer's tender requirements, local regulations and project specifications.

LIKELITE can provide the applicable technical and certification documents required during project evaluation and procurement.

Project Delivery

The Thessaloniki project represents a 2,000-set bulk supply application rather than a single-product order.

Project delivery can involve coordination across:

Technical Requirement → Lighting Design → Solar System Configuration → Product Approval → Mass Production → Quality Inspection → Documentation → Shipment

For EPC contractors and engineering procurement teams, this project-oriented process helps maintain consistency between approved technical specifications and the final production configuration.

Before & After Comparison

DIALux EVO Lighting Simulation Verification

Project Value for Engineering Buyers

This project demonstrates LIKELITE's capability in supplying a complete solar roadway lighting configuration for a large international application.

The key project characteristics include:

2,000 sets + 130W + 140 lm/W + Mono-Si + 36V 130W Solar Panel + 25.6V 90Ah Battery + IP66 + Intelligent Control + 20% Energy-Saving Improvement

The project can serve as a reference for buyers evaluating solar roadway lighting suppliers for municipal roads, infrastructure upgrades and other outdoor engineering applications.

Related Solar Lighting Applications

For buyers evaluating similar requirements, LIKELITE can support:

• Solar roadway lighting

• Municipal solar street lighting

• Urban road lighting upgrades

• Rural roadway lighting

• Infrastructure lighting

• Remote-area solar lighting

• Intelligent solar lighting

• Solar lighting retrofit Projects

For broader system capabilities, refer to the Solar Lighting Solutions section. For additional completed applications, refer to the Solar Lighting Projects section.

Request a Solar Roadway Lighting Project Review

Planning a solar roadway lighting project?

Send LIKELITE the project location, roadway layout, pole height and spacing, quantity, operating schedule and required lighting standard.

LIKELITE can review the project requirements and provide a suitable solar roadway lighting configuration, lighting design support and bulk project quotation.

LIKELITE — Outdoor LED Lighting Solutions for International Projects.

FAQ — Thessaloniki Solar Roadway Lighting Project

1. Where was this solar roadway lighting project located?
The project was specified for Thessaloniki, Greece.

2. How many solar roadway lights were supplied?
The project quantity was 2,000 sets.

3. What was the rated power of the solar roadway lights?
The specified rated power was 130W.

4. What was the lighting efficiency?
The specified luminous efficiency was 140 lm/W.

5. What LED source was used?
The product specification uses CREE SMD3030 LED technology.

6. What solar panel was configured for the project?
The project configuration specifies a 36V 130W Mono-Si solar panel.

7. What battery was used?
The specified battery configuration was 25.6V 90Ah.

8. Did the system support intelligent control?
Yes. The control configuration includes microwave motion sensing, light control and timer control, with remote-control functionality.

9. Did the solar roadway light support dimming?
Yes. The specified product supports dimming.

10. What was the protection rating?
The specified protection rating was IP66.

11. What was the project energy-saving improvement?
The project specification indicates a 20% energy-saving improvement.

12. What certifications were specified?
CE, RED, RoHS, UN38.3 and MSDS documentation were specified.

13. What was the warranty period?
The specified warranty was 2 years.

14. Can LIKELITE provide lighting design for similar projects?
Yes. Available engineering support includes Lighting and Circuitry Design, DIALux Evo, LitePro DLX, AutoCAD and AGi32 layouts, together with onsite metering where required.

15. Can LIKELITE supply similar systems for other countries?
Yes. Solar roadway lighting systems can be configured for international municipal, infrastructure, EPC and engineering projects according to local project requirements.