Smart LED Street Lighting with Motion Sensing, Light Control and Timer-Based Energy Management

LIKELITE provides smart outdoor LED lighting solutions for municipal roads, urban streets, highways, public infrastructure and other large-scale roadway applications.

The solution combines LED Street Lights, microwave motion sensing, light control, timer control, lighting design, onsite metering and project installation into an integrated roadway lighting system. It is designed for engineering companies, EPC contractors, municipalities and project buyers requiring controllable outdoor lighting rather than conventional fixed-output street lights.

A representative application is the Abu Dhabi urban roadway smart lighting upgrade, where 2,000 sets of 80W LED Street Lights were specified with microwave motion sensing, light control and timer control, together with professional lighting design and project installation services.

Smart Roadway Lighting Solution Structure

A smart roadway lighting system needs to coordinate the luminaire, control method, electrical system, lighting layout and operating schedule.

LIKELITE's solution structure can include:

  • LED Street Lights

  • Microwave motion sensor

  • Light Control

  • Timer Control

  • Lighting and circuitry design

  • Onsite metering

  • DIALux Evo layout

  • LitePro DLX layout

  • AutoCAD layout

  • AGi32 layout

  • Project installation

  • Project documentation and compliance support

The objective is to create a controllable roadway lighting system that can respond to actual operating requirements.

Smart Lighting System Configuration

The smart roadway lighting solution can be configured around three primary control functions.

Microwave Motion Sensor

Motion sensing can detect changes in activity around the roadway and support automatic lighting control according to the configured operating strategy.

Light Control

Light-control functionality allows the lighting system to respond to ambient lighting conditions, supporting automatic operation between daytime and nighttime conditions.

Timer Control

Timer control allows lighting operation to follow predefined schedules. This can be coordinated with roadway operating hours, traffic patterns and project requirements.

The three functions can be combined according to the requirements of the project rather than using one fixed control configuration for every roadway.

LED Street Light Configuration

The representative Abu Dhabi solution uses 80W LED Street Lights with the following configuration:

  • Power: 80W

  • Input Voltage: AC 220V–240V

  • Frequency: 50Hz

  • Power Supply: AC

  • Luminous Efficiency: 150 lm/W

  • Light Source: Lumileds SMD2835 LED

  • CCT: 5000K ±300K

  • CRI: Ra 80

  • IP Rating: IP66

  • Surge Protection: 10KV

  • Voltage Resistance: 1.5KV

  • Housing: Aluminum Alloy

  • Lifespan: 30,000 hours

  • Working Temperature: -20°C to 55°C

  • Brand: LIKELITE

  • Origin: Guangdong, China

This configuration provides a reference point for smart urban roadway lighting projects requiring high-efficiency LED equipment and integrated control.

Smart Control for Urban Roads

Urban roadway lighting does not operate under identical traffic conditions throughout the night.

Traffic levels, pedestrian activity, ambient light and operating schedules can vary significantly.

A smart lighting configuration allows the control strategy to be coordinated with these changing conditions.

A typical operating logic can include:

Daytime

Light-control functionality keeps roadway lighting switched off when sufficient ambient light is available.

Normal Night Operation

Street lights operate according to the configured schedule and roadway requirements.

Reduced-Activity Period

Timer control and motion detection can be coordinated to reduce unnecessary full-output operation when roadway activity decreases.

Motion Detection

When movement is detected, the control system can respond according to the programmed lighting strategy.

The exact dimming or switching logic should be determined during project design and commissioning.

Energy-Saving Strategy

Smart lighting is not simply the replacement of conventional lamps with LED lamps.

Energy performance can also be influenced by:

  • LED system efficiency

  • Lighting operating hours

  • Motion detection

  • Timer settings

  • Ambient-light control

  • Lighting levels

  • Existing fixture power

  • Roadway traffic conditions

  • Control strategy

  • Maintenance requirements

For the Abu Dhabi reference application, the project data indicates an energy-saving improvement of 27%.

This figure should be evaluated against the original roadway lighting system and actual operating conditions. It should not be treated as a universal guaranteed saving level for every smart lighting project.

Lighting and Circuitry Design

Smart lighting requires coordination between the luminaires and the electrical/control system.

LIKELITE provides lighting and circuitry design services to support:

  • Luminaire positioning

  • Circuit arrangement

  • Control-zone planning

  • Electrical requirements

  • Sensor positioning

  • Timer-control configuration

  • Project installation coordination

The final electrical configuration depends on the project drawings, roadway infrastructure and selected control architecture.

Onsite Metering

Onsite metering provides project-specific information before final lighting design.

The collected information may support evaluation of:

  • Existing illumination

  • Existing lighting equipment

  • Installation locations

  • Roadway geometry

  • Pole positions

  • Electrical conditions

  • Existing lighting operation

  • Areas requiring lighting improvement

This information can then be incorporated into the lighting design process.

Professional Lighting Simulation

LIKELITE supports multiple professional lighting design platforms for roadway projects.

DIALux Evo

Used for roadway lighting layouts, lighting calculations and design evaluation.

LitePro DLX

Used for lighting layout development and project-specific calculations.

AutoCAD

Used for engineering drawings, luminaire positioning and project coordination.

AGi32

Used for lighting calculations and technical design coordination where required.

The appropriate software depends on the project requirements and the engineering team's preferred workflow.

Roadway Lighting Design Process

A smart roadway lighting project can follow a structured engineering workflow.

1. Project Requirement Review

Review roadway type, location, existing lighting system, traffic conditions and project objectives.

2. Onsite Measurement

Collect relevant site and lighting information.

3. Lighting Layout

Develop the proposed luminaire layout based on actual project conditions.

4. Smart Control Planning

Define motion detection, light-control and timer-control requirements.

5. Lighting Simulation

Use DIALux Evo, LitePro DLX or AGi32 where required to evaluate the proposed configuration.

6. Product Configuration

Confirm power, optical characteristics, electrical parameters, protection rating and control requirements.

7. Engineering Coordination

Coordinate lighting, circuitry, control and installation requirements.

8. Project Installation

Implement the approved lighting and control configuration.

Outdoor Environmental Protection

Urban roadway lighting equipment operates in outdoor environments and requires suitable protection against weather and electrical disturbances.

The representative LIKELITE configuration includes:

IP66 protection

Designed for outdoor lighting applications requiring protection against dust and water ingress.

10KV surge protection

Provides protection against electrical surge conditions within the specified product configuration.

1.5KV voltage resistance

Included as part of the stated electrical specification.

Aluminum alloy housing

Provides the luminaire structure required for outdoor LED roadway applications.

-20°C to 55°C operating temperature

The stated working temperature range provides a configuration suitable for demanding outdoor applications.

Actual suitability should always be assessed against the environmental conditions and electrical requirements of the specific project.

Abu Dhabi Smart Roadway Application

The Abu Dhabi urban roadway upgrade provides a practical reference for the smart lighting configuration.

Project Location: Abu Dhabi, UAE
Application: Urban Roadway Smart Lighting Upgrade
Product: LED Street Lights
Power: 80W
Quantity: 2,000 sets
Control: Microwave Motion Sensor + Light Control + Timer Control
Luminous Efficiency: 150 lm/W
LED: Lumileds SMD2835
Protection: IP66
Surge Protection: 10KV
Input Voltage: AC 220V–240V
CCT: 5000K ±300K
CRI: Ra 80
Lifespan: 30,000 hours
Certification: ECAS / EESL / TDRA
Warranty: 2 years
Reported Energy-Saving Effect: 27%

This project reference demonstrates how the smart lighting solution can be applied to a large-scale urban roadway upgrade.

Smart Lighting Solution vs. Conventional LED Street Lighting

ItemConventional LED Road LightingSmart Roadway Lighting
LED Street LightYesYes
Fixed OperationCommonCan be controlled
Motion DetectionNot normally includedSupported
Ambient Light ControlLimitedSupported
Timer ControlOptionalIntegrated into solution
Lighting DesignRequiredRequired
Onsite MeteringProject dependentRecommended
DIALux / AGi32 DesignAvailableAvailable
Energy ManagementMainly LED efficiencyLED + control strategy
Remote / Automatic OperationLimitedDepends on control architecture

The purpose of smart lighting is not to replace professional roadway design. The control system and LED luminaires must work together within the overall engineering design.

Compliance for UAE Projects

For the representative Abu Dhabi application, the stated certification references are:

  • ECAS

  • EESL

  • TDRA

The final compliance package should always be confirmed against the exact product model, project procurement requirements and applicable UAE regulations before project delivery.

Project Engineering and Installation Support

LIKELITE can support smart roadway lighting projects beyond product supply.

The available service scope includes:

Lighting and Circuitry Design

Engineering coordination for luminaires, circuits and lighting control.

Onsite Metering

Site data collection for project-specific lighting design.

Lighting Simulation

DIALux Evo, LitePro DLX and AGi32 support according to project requirements.

CAD Engineering

AutoCAD layouts for project coordination.

Project Installation

Installation support according to the agreed project scope.

This structure is intended for project procurement rather than standard retail lighting sales.

Smart Lighting Applications

The same solution architecture can be adapted for different outdoor infrastructure applications, including:

  • Urban roads

  • Municipal streets

  • Residential roads

  • Commercial districts

  • Industrial roads

  • Parking areas

  • Public infrastructure

  • Highway access roads

  • Smart city infrastructure

  • Large-scale roadway renovation projects

The final control configuration should be selected according to traffic conditions, lighting requirements, infrastructure and project budget.

Why Engineering Buyers Specify Smart Lighting

For EPC contractors, municipal purchasing departments and engineering companies, smart lighting projects typically require more than a product datasheet.

Project evaluation may include:

  • Luminaire technical specifications

  • Lighting calculations

  • Control architecture

  • Electrical compatibility

  • Environmental protection

  • Certification

  • Installation requirements

  • Energy-saving objectives

  • Maintenance considerations

  • Warranty

  • Project documentation

LIKELITE structures its smart roadway lighting service around these project-level requirements.

Smart Lighting Solutions FAQ

1. What is a smart roadway lighting solution?

A smart roadway lighting solution combines LED street lights with automatic control functions such as motion sensing, ambient-light control and timer-based operation.

2. What smart controls can LIKELITE provide?

The representative solution includes Microwave Motion Sensor, Light Control and Timer Control.

3. What LED Street Lights were used in the Abu Dhabi application?

The reference configuration uses 80W LED Street Lights.

4. How many street lights were specified for the Abu Dhabi application?

The reference project includes 2,000 sets.

5. What is the luminous efficiency of the LED Street Lights?

The stated luminous efficiency is 150 lm/W.

6. Which LED is used?

The specified light source is Lumileds SMD2835 LED.

7. Does the smart lighting solution support motion detection?

Yes. Microwave motion sensing is included in the representative configuration.

8. Can timer control be used together with motion detection?

Yes. Timer control and motion detection can be coordinated according to the project's operating strategy.

9. Does the system respond to ambient light?

The solution includes Light Control, which can be configured to respond to ambient lighting conditions.

10. What lighting design software does LIKELITE support?

LIKELITE supports DIALux Evo, LitePro DLX, AutoCAD and AGi32 for project lighting design and engineering coordination.

11. What is the protection rating of the LED Street Lights?

The representative configuration uses IP66 protection.

12. What surge protection is specified?

The stated surge protection is 10KV.

13. What certifications are specified for the Abu Dhabi application?

The stated certification references are ECAS, EESL and TDRA.

14. What energy-saving result was reported?

The reference project reports a 27% energy-saving improvement. Actual savings depend on the original lighting system, operating conditions and control strategy.

15. Can LIKELITE support complete smart roadway lighting projects?

Yes. The listed service scope includes lighting and circuitry design, onsite metering, DIALux Evo, LitePro DLX, AutoCAD, AGi32 and project installation.

Request a Smart Roadway Lighting Project

For municipal roads, urban infrastructure and smart city roadway upgrades, LIKELITE can support project requirements from initial site information through lighting design, smart control configuration, product supply and installation.

Project information can include:

  • Project location

  • Roadway type

  • Existing lighting system

  • Pole height and spacing

  • Existing fixture quantity

  • Required LED power

  • Control requirements

  • Operating schedule

  • Lighting design requirements

  • Certification requirements

  • Project quantity

  • Installation scope

LIKELITE — China Professional Outdoor LED Lighting Engineering Project Solution Provider

Smart Lighting Solutions | Smart Roadway Lighting | LED Street Lights | Municipal Lighting | Motion Sensor Lighting | Lighting Design | Project Installation