LIKELITE supplied LED Solar Roadway Lights for a solar-powered roadway lighting upgrade project in Szeged, Hungary. The project included 2,000 sets of 130W solar roadway lighting systems, combining solar power generation, battery storage, remote control and intelligent lighting control.
The project was configured for roadway lighting modernization with an emphasis on renewable power supply, controlled operation, outdoor protection and project-level lighting design. LIKELITE's listed engineering service scope included lighting and circuitry design, onsite metering, DIALux Evo, LitePro DLX, AutoCAD and AGi32 layouts.
Project Information
Project Item
Project Details
Project Location
Szeged, Hungary
Application
Solar Roadway Lighting
Project Type
Solar Roadway Lighting Upgrade
Product
LED Solar Roadway Lights
Power
130W
Quantity
2,000 sets
Reported Energy-Saving Effect
25%
Power Supply
Solar
Control Method
Remote Control
Smart Control
Microwave Motion Sensor + Light Control + Timer Control
Certification
CE / DoC / RoHS / UN38.3 / MSDS / ErP
Warranty
2 years
Brand
LIKELITE
Origin
Guangdong, China
Project Scope
The Szeged project focused on upgrading roadway lighting with solar-powered LED lighting equipment.
The project scope included:
Supply of 2,000 sets of 130W LED Solar Roadway Lights
Solar-powered roadway lighting
Mono-Si solar cell configuration
36V 130W solar panel
25.6V 90Ah battery
Remote control
Microwave motion sensor
Light control
Timer control
Dimming support
Lighting and circuitry design
Onsite metering
DIALux Evo layout
LitePro DLX layout
AutoCAD layout
AGi32 layout
Project documentation
Two-year warranty
The project combines the lighting fixture, solar generation system, energy storage and control functions as one roadway lighting project.
Solar Roadway Lighting Configuration
The project used 130W LED Solar Roadway Lights configured for outdoor roadway applications.
Key equipment parameters included:
Rated Power: 130W
Light Source: CREE SMD3030 LED
Luminous Efficiency: 160 lm/W
Solar Cell: Mono-Si
Solar Panel: 36V 130W
Battery: 25.6V 90Ah
Power Supply: Solar
Remote Control: Supported
Dimming: Supported
Color Temperature: 5000K ±300K
CRI: Ra 70
IP Rating: IP66
Beam Angle: 75° / 140° Cut Out
Lamp Body: Aluminum Alloy
Shade Material: Glass
Working Temperature: -25°C to 65°C
Brand: LIKELITE
Product Weight: 10 kg
Solar Power and Battery Configuration
The project uses a solar-powered configuration rather than relying solely on conventional AC power for roadway lighting operation.
The specified solar system includes:
Mono-Si Solar Cell
The solar module uses monocrystalline silicon technology.
36V 130W Solar Panel
The project specification identifies a 36V 130W solar panel.
25.6V 90Ah Battery
Battery storage is included to support lighting operation when solar generation is unavailable.
Charge Time: 5–6 Hours
The stated charging time is 5–6 hours under the specified project conditions.
Solar charging performance can vary according to solar irradiance, panel orientation, temperature, shading, battery condition and local weather conditions.
Intelligent Control System
The project includes multiple control functions:
Remote Control
Remote control provides an operating interface for configuring or managing the solar roadway lighting system according to the project control architecture.
Microwave Motion Sensor
Microwave motion sensing can be used to detect roadway activity and adjust lighting operation according to the configured control strategy.
Light Control
Light control can coordinate the lighting system with ambient light conditions.
Timer Control
Timer control allows scheduled operation based on project requirements.
The project also specifies dimming support, allowing the lighting output to be adjusted when supported by the final control configuration.
The exact control logic should be confirmed against the approved project design and installed control system.
Solar Roadway Lighting Application
The Szeged project combines solar power generation, battery storage, LED roadway lighting and intelligent control.
The project configuration can be represented as:
Solar Panel → Battery Storage → LED Solar Roadway Light → Smart Control
The system is intended for roadway lighting applications where renewable energy supply and autonomous lighting operation are part of the project requirements.
Final system performance depends on:
Solar irradiance
Solar panel orientation
Installation location
Battery capacity
Charging conditions
Operating hours
Motion detection settings
Timer settings
Lighting output
Weather conditions
Roadway lighting requirements
Lighting Design and Engineering Services
The project service scope includes professional lighting design and engineering support.
Lighting and Circuitry Design
LIKELITE supports roadway lighting layout and electrical coordination according to project requirements.
Onsite Metering
Site measurements can be used to collect information required for lighting design and installation planning.
DIALux Evo Layout
DIALux Evo can be used to develop the roadway lighting layout and evaluate the proposed lighting configuration.
LitePro DLX Layout
LitePro DLX can be used for project-specific lighting calculations and layout development.
AutoCAD Layout
AutoCAD supports engineering drawing coordination, lighting positions and installation planning.
AGi32 Layout
AGi32 can be used for lighting calculation and engineering coordination where required.
Roadway Lighting Performance
The specified LED luminous efficiency is 160 lm/W.
The lighting system uses:
CREE SMD3030 LED
5000K ±300K CCT
Ra 70
75° / 140° Cut Out beam configuration
130W rated power
Actual roadway illumination depends on the complete installation rather than lamp efficacy alone.
Project-specific factors include:
Pole height
Pole spacing
Road width
Mounting angle
Luminaire orientation
Beam distribution
Solar system configuration
Lighting operating schedule
Target roadway lighting requirements
Formal lighting performance should therefore be verified through the project lighting design and applicable onsite measurements.
Energy-Saving Performance
The project information indicates a 25% energy-saving effect following the lighting upgrade.
The reported result should be assessed against the project's original lighting system and actual operating conditions.
Relevant variables include:
Existing lighting power
Existing fixture quantity
Operating hours
Solar power contribution
Battery operation
Motion-sensor settings
Timer settings
Dimming configuration
Actual electricity consumption
The 25% figure should therefore be treated as the reported project result rather than a universal saving rate for every solar roadway lighting application.
European Compliance and Documentation
The project certification and documentation package includes:
CE
DoC
RoHS
UN38.3
MSDS
ErP
These documents cover product conformity and, where applicable, battery transportation and material documentation.
For project procurement, the final documentation package should be matched with the specific product model, battery configuration and project requirements.
Outdoor Protection and Environmental Conditions
The solar roadway lighting system is specified with IP66 protection.
The lamp body uses aluminum alloy construction, with glass used as the shade material.
The stated working temperature range is:
-25°C to 65°C
The specification is therefore configured for outdoor roadway applications with a wide operating temperature range.
The final installation should still consider local weather conditions, solar exposure, drainage, mounting structure and battery installation requirements.
Project Installation and Execution
The project can be implemented through a structured engineering workflow.
1. Project Requirement Review
Review the roadway application, existing lighting system, solar conditions and project requirements.
2. Site Measurement
Collect roadway dimensions, existing pole information, installation conditions and lighting requirements.
3. Lighting Design
Develop DIALux Evo, LitePro DLX, AutoCAD or AGi32 layouts according to project requirements.
4. Solar System Configuration
Coordinate the solar panel, battery and lighting load configuration.
5. Smart Control Configuration
Confirm remote control, microwave motion sensing, light control, timer control and dimming requirements.
6. Product Supply
Supply the specified 130W LED Solar Roadway Lights.
7. Installation
Complete or support project installation according to the agreed project scope.
8. Project Documentation
Provide applicable technical, compliance and delivery documentation.
Before & After Comparison DIALux EVO Lighting Simulation Verification
Project Data at a Glance
Location: Szeged, Hungary Application: Solar Roadway Lighting Project Type: Solar Roadway Lighting Upgrade Product: LED Solar Roadway Lights Power: 130W Quantity: 2,000 sets Luminous Efficiency: 160 lm/W LED: CREE SMD3030 Solar Cell: Mono-Si Solar Panel: 36V 130W Battery: 25.6V 90Ah Charge Time: 5–6 hours Power Supply: Solar Remote Control: Yes Dimming: Yes Smart Control: Microwave Motion Sensor + Light Control + Timer Control CCT: 5000K ±300K CRI: Ra 70 IP Rating: IP66 Beam Angle: 75° / 140° Cut Out Housing: Aluminum Alloy Shade: Glass Working Temperature: -25°C to 65°C Warranty: 2 years Certification: CE / DoC / RoHS / UN38.3 / MSDS / ErP Reported Energy Saving: 25% Engineering Services: Lighting & Circuitry Design / Onsite Metering / DIALux Evo / LitePro DLX / AutoCAD / AGi32
Solar Lighting Project Delivery Structure
The Szeged project demonstrates a project-oriented delivery model combining:
Roadway Lighting + Solar Power + Battery Storage + Smart Control + Lighting Engineering
The project workflow can be structured as:
Project Requirements → Site Measurement → Lighting Design → Solar Configuration → Control Configuration → Product Supply → Installation → Documentation
This structure provides EPC contractors, municipal procurement teams, engineering companies and bulk project buyers with project-level information for technical and commercial evaluation.
Solar Lighting Project FAQ
1. Where was this solar roadway lighting project implemented?
The project was implemented in Szeged, Hungary.
2. What type of solar lighting was supplied?
The project used LED Solar Roadway Lights for roadway lighting applications.
3. How many solar roadway lights were supplied?
The project quantity was 2,000 sets.
4. What is the rated power of the solar roadway lights?
The specified rated power is 130W.
5. What solar panel is used?
The project specification includes a 36V 130W solar panel using Mono-Si solar cell technology.
6. What battery configuration is specified?
The project specifies a 25.6V 90Ah battery.
7. Does the system support remote control?
Yes. Remote control is included in the project configuration.
8. Does the solar lighting system support smart control?
Yes. The specified control system includes microwave motion sensing, light control and timer control.
9. Does the system support dimming?
Yes. The project specification states that dimming is supported.
10. What LED chip is used?
The specified light source is CREE SMD3030 LED.
11. What is the luminous efficiency?
The specified lamp luminous efficiency is 160 lm/W.
12. What certifications are included?
The project documentation references CE, DoC, RoHS, UN38.3, MSDS and ErP.
13. What is the protection rating?
The solar roadway lighting system is specified with IP66 protection.
14. What was the reported energy-saving effect?
The project information indicates a 25% energy-saving effect. Actual savings depend on the original lighting system, operating schedule, solar conditions and control configuration.
15. Can LIKELITE support similar solar roadway lighting Projects?
LIKELITE can support solar roadway lighting Projects with LED Solar Roadway Lights, solar panel and battery configurations, remote control, smart control, lighting design, onsite metering, professional lighting layouts and project installation services.
Start a Solar Roadway Lighting Project
For municipalities, EPC contractors, engineering companies and bulk project buyers planning solar roadway lighting upgrades, LIKELITE can support the project from site information and lighting design through solar system configuration, smart control and project installation.
Project information can include:
Project location
Road type
Road dimensions
Existing lighting system
Pole configuration
Solar resource conditions
Required lighting quantity
Required LED power
Battery requirements
Solar panel requirements
Control requirements
Certification requirements
Installation scope
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