Prague Solar Roadway Lighting Upgrade Project

2,500 Sets of 130W LED Solar Roadway Lights for Urban Road Infrastructure

Location: Prague, Czech Republic
Project Type: Solar Roadway Lighting Upgrade
Product: LED Solar Roadway Lights
Quantity: 2,500 Sets
Rated Power: 130W
Certification: CE / DoC / RoHS / UN38.3 / MSDS
Warranty: 2 Years
Energy-Saving Improvement: 25%
Power Supply: Solar
Control: Remote Control + Microwave Motion Sensor + Light Control + Timer Control
Supplier: LIKELITE
Origin: Guangdong, China

Project Overview

The Prague Solar Roadway Lighting Upgrade was developed for urban road infrastructure requiring an energy-efficient lighting system with independent solar power and intelligent operating control.

The project configuration includes 2,500 sets of 130W LED Solar Roadway Lights.

The system combines:

High-Efficiency LED Lighting + Mono-Si Solar Power + Battery Storage + Intelligent Control

The lighting configuration is designed for roadway applications where reducing dependence on conventional grid electricity is an important project objective.

The project achieved a reported 25% energy-saving improvement.

Unlike a standard solar lighting product supply, the project scope includes lighting and circuitry design, onsite metering and professional lighting simulation support through DIALux Evo, Litepro DLX, AutoCAD and AGi32.

Project Requirements

The Prague project required a solar roadway lighting configuration capable of supporting outdoor operation under variable weather and temperature conditions while maintaining controlled energy consumption.

The main project requirements included:

• 2,500 sets of LED Solar Roadway Lights

• 130W rated power

• Mono-Si solar cell

• Solar power supply

• Remote control

• Microwave motion sensor

• Light control

• Timer control

• Remote dimming support

• IP66 protection

• CREE SMD3030 LED

• 160 lm/W luminous efficiency

• 5000K ±300K CCT

• Ra 70

• Aluminum alloy housing

• Glass shade

• CE / DoC / RoHS certification

• UN38.3 / MSDS documentation

• 2-year warranty

The system was configured as a complete solar roadway lighting project rather than as a standalone LED lamp.

Project Scope

The Prague project combines equipment supply with engineering support.

Lighting Equipment

• 2,500 × 130W LED Solar Roadway Lights

• Mono-Si solar modules

• Battery storage system

• Intelligent control system

• Remote control function

• Dimming capability

Engineering Services

• Lighting & Circuitry Design

• Onsite Metering

• DIALux Evo Layout

• Litepro DLX Layout

• AutoCAD Layout

• AGi32 Layout

Control Functions

• Microwave Motion Sensor

• Light Control

• Timer Control

• Remote Control

• Dimming

This project structure allows the solar generation system, lighting output, battery storage and roadway operation strategy to be evaluated as one project.

Solar Roadway System Configuration

The project uses a solar-powered lighting configuration based on a Mono-Si photovoltaic system.

The main system components include:

LED Lighting Module

130W LED Solar Roadway Light using CREE SMD3030 LED technology.

Solar Generation

Mono-Si solar panel configuration with project-specific voltage and power options.

Battery Storage

12.8V–25.6V battery configuration with capacity options from 15Ah to 90Ah.

Intelligent Control

Microwave motion sensing, ambient light control, timer control and remote control.

The system is designed to coordinate energy generation, battery storage and lighting operation.

Solar Power Configuration

The specified solar system parameters include:

The final solar panel and battery configuration should be selected according to local solar radiation, required operating hours, seasonal conditions, installation environment and project lighting requirements.

LED Solar Roadway Light Configuration

The project uses a 130W LIKELITE LED Solar Roadway Light configured for roadway applications.

Smart Control and Energy Management

The Prague project integrates several control functions to manage lighting operation.

Microwave Motion Sensor

Motion detection can be used to adjust lighting operation according to roadway activity.

This allows the lighting system to respond to changes in traffic or pedestrian activity rather than operating continuously at the same output.

Light Control

Light control provides automatic operation according to ambient light conditions.

This helps prevent unnecessary daytime operation and supports automatic nighttime activation.

Timer Control

Timer control allows predefined operating schedules to be established for different periods of the night.

Remote Control

Remote control allows project operators to manage configured lighting functions without requiring direct access to each luminaire.

Dimming

The system supports dimming, allowing lighting output to be adjusted according to project operating requirements.

Together, these functions support the project's energy-management strategy.

Solar Lighting Engineering Process

The Prague project requires the solar lighting system to be considered together with roadway geometry and operating conditions.

LIKELITE's engineering workflow can include:

Project Requirement Analysis

↓

Onsite Metering

↓

Roadway Lighting Design

↓

DIALux Evo Simulation

↓

Litepro DLX Layout

↓

AutoCAD / AGi32 Layout

↓

Solar Panel & Battery Configuration

↓

LED Solar Roadway Light Selection

↓

Smart Control Configuration

↓

Project Supply

This approach helps prevent solar panel sizing, battery capacity and lighting performance from being evaluated independently.

Project Energy Performance

The Prague project achieved a reported 25% energy-saving improvement.

The performance is associated with the combined use of:

• 160 lm/W LED lighting efficiency

• Solar power generation

• Battery energy storage

• Microwave motion sensing

• Light control

• Timer control

• Remote control

• Dimming capability

• Project-specific lighting design

The project therefore combines two energy-management approaches:

Efficient Lighting Hardware

Controlled Lighting Operation

The actual solar system configuration should always be validated against local solar radiation, seasonal conditions, required lighting hours and roadway lighting requirements.

Engineering Services

For solar roadway lighting Projects, LIKELITE can support customers with:

• Lighting & Circuitry Design

• Onsite Metering

• DIALux Evo Layout

• Litepro DLX Layout

• AutoCAD Layout

• AGi32 Layout

• Product Configuration

• Solar System Configuration

• Intelligent Control Configuration

• Project Technical Support

This project-oriented support structure is intended for professional buyers rather than retail solar lighting applications.

Before & After Comparison

DIALux EVO Lighting Simulation Verification

Project Buyer Profile

The Prague project model is relevant to:

Municipal Authorities

For urban road modernization, public infrastructure and energy-saving programs.

EPC Contractors

For solar roadway lighting Projects requiring product supply and technical documentation.

Engineering Companies

For projects requiring photometric simulation, roadway layout and solar system coordination.

Infrastructure Developers

For outdoor infrastructure where independent solar power can reduce dependence on grid electricity.

Lighting Distributors

For bulk procurement of solar roadway lighting Products.

Similar Project Applications

The Prague project configuration can be considered for:

• Urban solar roadway lighting

• Municipal road upgrades

• Rural roads

• Highway access roads

• Residential roads

• Public infrastructure

• Remote road lighting

• Off-grid lighting projects

• Smart city infrastructure

• Energy-saving roadway projects

• Industrial access roads

• Commercial development areas

Final solar panel capacity, battery capacity, lighting output and control parameters should be determined from actual project conditions.

Project Technical Summary

Frequently Asked Questions

1. Where is the Prague solar roadway lighting project located?

The project is located in Prague, Czech Republic.

2. How many solar roadway lights are included?

The project includes 2,500 sets.

3. What wattage is used?

The project uses 130W LED Solar Roadway Lights.

4. What type of solar cell is used?

The system uses Mono-Si solar cells.

5. What LED source is used?

The specified LED source is CREE SMD3030 LED.

6. What is the luminous efficiency?

The specified luminous efficiency is 160 lm/W.

7. What certifications are specified?

The project configuration includes CE, DoC, RoHS, UN38.3 and MSDS.

8. What is the IP rating?

The LED Solar Roadway Light is specified with IP66 protection.

9. What intelligent control functions are supported?

The project supports Microwave Motion Sensor, Light Control, Timer Control and Remote Control.

10. Does the system support dimming?

Yes. The configured system supports dimming.

11. What solar panel configuration is available?

The specified solar panel range is 18V36W–36V130W.

12. What battery configuration is available?

The specified battery range is 12.8V15Ah–25.6V90Ah.

13. How long does solar charging take?

The specified charging time is approximately 5–6 hours, subject to actual solar conditions and system configuration.

14. What engineering services can LIKELITE provide?

LIKELITE can provide Lighting & Circuitry Design, Onsite Metering, DIALux Evo, Litepro DLX, AutoCAD and AGi32 layout support.

15. What is the warranty period?

The project configuration includes a 2-year warranty.

Request a Solar Lighting Project Assessment

If you are planning a municipal solar roadway lighting upgrade, off-grid infrastructure project or large-scale solar street lighting installation, LIKELITE can support the project from lighting assessment and simulation through solar system configuration, intelligent control and project technical support.

Project Type: Municipal / Roadway / Infrastructure
Product: LED Solar Roadway Lights
Power: 130W
Control: Remote + Microwave Motion Sensor + Light Control + Timer Control
Engineering: Lighting Design + Simulation + Solar System Configuration

Talk to LIKELITE about your solar lighting project.