LIKELITE provides engineered outdoor LED lighting solutions for municipal road, street and urban infrastructure projects worldwide.
Our municipal lighting approach combines LED street lighting, photometric design, onsite measurements, lighting simulation, smart control, electrical planning and project installation support into one coordinated solution. The objective is not simply to replace conventional luminaires, but to establish a lighting system that meets roadway requirements, improves energy efficiency, supports municipal operation and simplifies project implementation.
For municipal authorities, EPC contractors, engineering companies and project procurement teams, LIKELITE provides a practical solution framework from initial site assessment through lighting design, product configuration, project supply and installation support.
Municipal Lighting Solution Scope
Municipal road lighting projects often involve different road widths, pole arrangements, traffic conditions, lighting requirements and existing electrical infrastructure.
LIKELITE therefore develops the lighting solution around the actual project conditions rather than applying one standard luminaire configuration to every roadway.
Our municipal lighting solution can include:
LED street lighting systems
Urban road lighting
Residential street lighting
Main road and secondary road lighting
Intersection lighting
Pedestrian and mixed-use roadway lighting
Municipal infrastructure lighting
Existing streetlight replacement
Energy-saving lighting upgrades
Smart street lighting control
Lighting and circuitry design
Photometric simulation
Onsite metering
Installation support
The solution can be adapted for new construction, municipal renovation and large-scale roadway lighting replacement programs.
Engineering Approach for Municipal Road Lighting
A municipal lighting project should be evaluated as an engineering system rather than only as a product purchase.
LIKELITE's engineering workflow considers:
Road geometry → pole position → mounting height → pole spacing → luminaire optical distribution → power consumption → illumination requirements → lighting uniformity → control strategy → installation conditions.
This approach helps project teams establish a technically coordinated lighting configuration before large-volume procurement and installation.
The objective is to reduce design uncertainty, avoid unnecessary over-lighting and create a practical balance between lighting performance, energy consumption and project cost.
Lighting Design and Photometric Simulation
LIKELITE supports municipal lighting design using professional lighting calculation and engineering software.
Available design support includes:
DIALux Evo Layout
LitePro DLX Layout
AutoCAD Layout
AGi32 Layout
Lighting and circuitry design
Onsite metering
The lighting design process can be used to evaluate luminaire distribution, installation positions, spacing and expected illumination performance before project implementation.
For municipal road upgrades, the design can also be coordinated with existing pole infrastructure where suitable, helping reduce unnecessary civil and installation work.
Onsite Measurement Before Project Configuration
Existing municipal roads may contain different pole heights, arm lengths, road widths, setbacks and electrical conditions.
Onsite metering helps establish the actual conditions before the lighting system is finalized.
Typical information may include:
Road width
Pole spacing
Pole height
Luminaire mounting position
Existing lighting configuration
Electrical supply conditions
Road geometry
Intersection conditions
Existing illumination conditions
This information can then be incorporated into the lighting calculation and product configuration.
LED Street Lighting System
For municipal roadway applications, LIKELITE can configure LED Street Lights according to project requirements rather than relying only on a fixed product specification.
A representative municipal configuration used for an Italian urban roadway upgrade includes:
| Item | Configuration |
|---|---|
| Product | LED Street Lights |
| Rated Power | 100W |
| Quantity Reference | 5,500 sets |
| Certification | CE / IMQ |
| Input Voltage | AC 220–240V ±10% |
| Protection Rating | IP66 |
| LED Source | Lumileds SMD2835 |
| Luminous Efficiency | 140 lm/W |
| Beam Angle | 120° |
| Surge Protection | 10KV |
| Voltage Resistance | 1.5KV |
| CCT | 5000K ±300K |
| CRI | Ra80 |
| Power Supply | AC |
| Frequency | 50/60Hz |
| Operating Temperature | -20°C to 45°C |
| Housing | Aluminum Alloy |
| Material | ALU + PC |
| Rated Life | 30,000 hours |
| Warranty | 2 years |
The final configuration should always be confirmed against the actual roadway design, local requirements and project specifications.
Smart Control for Municipal Lighting
Municipal lighting systems increasingly require more than basic on/off control.
LIKELITE can integrate smart control functions according to project requirements, including:
Microwave motion sensor
Light control
Timer control
These control functions can be configured to support different operating conditions throughout the night.
For municipal projects, smart control can help reduce unnecessary operating time and improve the management efficiency of roadway lighting systems.
The control strategy should be defined according to traffic conditions, municipal operating requirements and the specific road environment.
Energy Efficiency and Municipal Operating Costs
Energy consumption is a major consideration for municipal lighting authorities.
A properly designed LED roadway lighting system can reduce energy consumption through several coordinated measures:
Higher-efficiency LED luminaires
Appropriate optical distribution
Correct pole spacing and mounting configuration
Avoidance of excessive illumination
Time-based control
Light-based control
Motion-based control where appropriate
Replacement of inefficient legacy lighting systems
For the Italian municipal roadway application used as a reference in this solution, the project target included approximately 20% energy savings.
Actual energy savings depend on the existing lighting system, operating schedule, roadway conditions, replacement configuration and control strategy.
Municipal Lighting Upgrade Process
LIKELITE's municipal lighting workflow is structured around the actual project implementation process.
01 — Project Requirement Review
Review roadway type, project scope, technical specifications, quantity, target performance and local requirements.
02 — Site Information Collection
Collect roadway dimensions, pole configuration, installation conditions and electrical information.
03 — Lighting Design
Develop roadway lighting layouts using DIALux Evo, LitePro DLX, AutoCAD or AGi32 according to project requirements.
04 — Product Configuration
Select LED street light power, optics, protection level, LED source and control functions according to the lighting design.
05 — Engineering Confirmation
Review lighting performance, installation configuration, electrical requirements and project quantities.
06 — Project Supply
Provide the configured LED lighting products according to the approved project specification.
07 — Installation Support
Support project installation and coordinate product requirements with the engineering and installation team.
08 — Project Completion
Support final project documentation and application feedback for future municipal lighting optimization.
Designed for EPC and Municipal Procurement
LIKELITE's municipal lighting solutions are designed for organizations purchasing lighting systems as part of an engineering project.
Typical customers include:
Municipal authorities
EPC contractors
Road contractors
Infrastructure companies
Engineering companies
Lighting distributors
Lighting brands
Bulk project procurement teams
Urban development contractors
For these customers, the key requirement is usually not simply finding a 100W LED street light.
The requirement is to identify a supplier capable of coordinating product performance, lighting design, technical documentation, project quantity, certification, delivery and implementation support.
Municipal Lighting Applications
LIKELITE municipal lighting solutions can be applied to:
Urban Roads
For city streets, urban corridors and municipal roadway upgrades.
Main Roads
For higher-traffic urban routes requiring consistent roadway illumination.
Secondary Roads
For local roads where practical illumination and operating efficiency are important.
Residential Roads
For streets serving residential communities and urban neighborhoods.
Intersections
For areas requiring additional attention to roadway geometry and visibility.
Municipal Road Renovation
For replacing conventional or aging street lighting systems with LED technology.
Smart Street Lighting
For projects requiring lighting control and adaptive operating strategies.
Reference Application: Turin, Italy
A representative municipal roadway lighting upgrade in Turin, Italy used LIKELITE LED Street Lights as part of a city road lighting improvement program.
The reference configuration included:
5,500 LED street lights
100W rated power
CE / IMQ certification
IP66 protection
Lumileds SMD2835 LED source
140 lm/W luminous efficiency
10KV surge protection
Microwave motion sensor
Light control
Timer control
Approx. 20% energy-saving target
DIALux Evo and other lighting design support
Project installation support
Why Project Teams Work with LIKELITE
LIKELITE focuses on the requirements of project-based outdoor LED lighting procurement.
Our role can extend from supplying luminaires to supporting the technical process required to establish a complete municipal lighting solution.
Key capabilities include:
Outdoor LED lighting specialization
Municipal roadway applications
LED street lighting configuration
Lighting design support
DIALux Evo layout
LitePro DLX layout
AutoCAD layout
AGi32 layout
Onsite metering
Smart lighting control
Project installation support
Bulk project supply
OEM / ODM capability
International project support
Municipal Lighting Solution Deliverables
Depending on project requirements, LIKELITE can support the preparation of:
Product datasheets
Technical specifications
Lighting layouts
Photometric files
DIALux calculation files
AutoCAD drawings
AGi32 layouts
Product configuration documents
Certification documents
Installation guidance
Project quantity schedules
Technical comparison documents
This allows procurement, engineering and installation teams to work from a more coordinated technical package.
Build the Municipal Lighting Solution Around Your Roadway
Every municipal roadway has different geometry, infrastructure, operating conditions and lighting requirements.
LIKELITE works with EPC contractors, engineering companies, municipal procurement teams and lighting partners to develop LED roadway lighting solutions based on project conditions.
From onsite measurement and photometric design to LED street light configuration, smart control and project installation support, LIKELITE provides a coordinated solution for municipal road lighting projects.
For municipal lighting projects requiring technical design, bulk supply and implementation support, contact LIKELITE to discuss your roadway requirements.
Municipal Lighting FAQ
1. What is a municipal lighting solution?
A municipal lighting solution combines LED lighting products, roadway design, photometric calculations, electrical planning, control systems and project implementation support for public infrastructure lighting.
2. Does LIKELITE supply LED street lights for municipal projects?
Yes. LIKELITE provides LED street lighting systems for municipal roads, urban infrastructure, roadway upgrades and other engineering projects.
3. Can LIKELITE provide lighting calculations?
Yes. LIKELITE can support DIALux Evo, LitePro DLX, AutoCAD and AGi32 lighting layouts according to project requirements.
4. Does LIKELITE provide onsite measurement?
Onsite metering can be included as part of the lighting solution service when required by the project.
5. Can municipal lighting projects use smart controls?
Yes. Depending on project requirements, LIKELITE can configure microwave motion sensors, light control and timer control.
6. What LED street light power should a municipal road use?
The appropriate wattage depends on road width, pole height, pole spacing, mounting configuration, required illumination and optical distribution. It should be confirmed through lighting calculations rather than selected only by wattage.
7. What protection level is suitable for outdoor municipal lighting?
IP65 and IP66 are common protection levels for outdoor roadway applications. The appropriate specification depends on the environmental and project requirements.
8. Can LIKELITE support large-volume municipal procurement?
Yes. LIKELITE supports bulk project procurement for municipal, EPC and infrastructure projects.
9. What certifications can be provided?
Certification requirements depend on the target market and project specification. The representative Turin configuration includes CE and IMQ certification.
10. How much energy can municipal LED lighting save?
Energy savings depend on the existing lighting system and operating conditions. The Turin reference application targeted approximately 20% energy savings.
11. Can existing streetlight poles be reused?
Potentially. Existing poles can be evaluated during onsite measurement and lighting design to determine whether reuse is technically appropriate.
12. Does LIKELITE provide installation support?
Yes. Project installation support can be included according to the project scope and requirements.
13. Can LIKELITE provide OEM or ODM municipal lighting products?
Yes. LIKELITE supports OEM and ODM cooperation for project-based lighting requirements and customized product configurations.
14. What information is required to start a municipal lighting project?
Useful information includes road width, pole height, pole spacing, pole arm dimensions, existing luminaire information, road layout, target illumination requirements, quantity and project location.
15. Can LIKELITE support international municipal lighting projects?
Yes. LIKELITE provides outdoor LED lighting solutions for international engineering, EPC and municipal infrastructure projects.






