Smart Lighting Projects/Alexandria, Egypt Urban Roadway Smart Lighting Upgrade

2,500 Sets of 100W LED Roadway Lights with Intelligent Lighting Control

LIKELITE supplied 2,500 sets of 100W LED Roadway Lights for an urban roadway smart lighting upgrade in Alexandria, Egypt.

The project combined LED roadway luminaires with an intelligent control system consisting of:

Microwave Motion Sensor + Light Control + Timer Control

The supplied roadway lights were specified with EOS certification, IP65 protection, 10KV surge protection and 120 lm/W luminous efficiency.

The project reported an energy-saving improvement of approximately 30%, with the lighting upgrade combining LED efficiency and intelligent operating control.

The project scope also included professional lighting and engineering services covering Lighting & Circuitry Design, Onsite Metering, DIALux Evo Layout, Litepro DLX Layout, AutoCAD Layout, AGi32 Layout and Project Installation.

Project Overview

Project Background

Urban roadway lighting upgrades require more than replacing existing lamps with LED fixtures.

For a municipal roadway project, the lighting system must be considered together with:

• Roadway geometry

• Pole spacing

• Mounting height

• Lighting distribution

• Electrical infrastructure

• Operating schedules

• Traffic activity

• Ambient light

• Environmental protection

• Surge protection

• Maintenance requirements

For the Alexandria project, LIKELITE supplied a 100W LED roadway lighting system with intelligent control.

The project approach combined the lighting hardware and control system into one roadway lighting upgrade.

Project Scope

The Alexandria smart lighting project included four main areas.

01 — LED Roadway Lighting Supply

LIKELITE supplied:

2,500 sets of 100W LED Roadway Lights

The selected luminaire uses Lumileds SMD2835 LED technology and provides a specified luminous efficiency of 120 lm/W.

02 — Smart Lighting Control

The roadway lighting system integrates:

Microwave Motion Sensor + Light Control + Timer Control

The three functions provide different levels of control over roadway lighting operation.

03 — Lighting Engineering

The project service scope included:

• Lighting & Circuitry Design

• Onsite Metering

• DIALux Evo Layout

• Litepro DLX Layout

• AutoCAD Layout

• AGi32 Layout

04 — Project Installation

LIKELITE also provides project installation support according to the agreed project scope and site requirements.

The installation scope can include luminaire mounting, electrical connection, control integration, configuration and commissioning support.

Project Lighting System

100W LED Roadway Lights

The project uses 100W LED Roadway Lights designed for urban outdoor roadway applications.

The specified configuration includes:

Lumileds SMD2835 LED

120 lm/W luminous efficiency

5000K ± 500K CCT

Ra 80

Aluminum alloy housing

IP65 protection

10KV surge protection

1.5KV voltage resistance

30,000-hour lifespan

The luminaire operates on 220V AC / 50Hz and is specified for a working temperature range of -20°C to +55°C.

Intelligent Lighting Control

Microwave Motion Sensor

The microwave motion sensor provides movement detection for the roadway lighting system.

The control system can respond to detected movement according to the project's predefined operating logic.

This allows lighting behavior to be adjusted according to actual roadway activity rather than relying only on fixed-output operation.

The final detection range and response parameters should be configured according to pole height, roadway geometry, traffic conditions and project requirements.

Light Control

Light Control manages roadway lighting according to ambient illumination.

The control function can identify changing natural-light conditions and help prevent unnecessary lighting operation during periods when sufficient ambient illumination is available.

This is particularly useful for municipal roadway systems operating across changing daylight conditions.

Timer Control

Timer Control establishes predefined lighting operating schedules.

The project operating schedule can be configured according to:

• Traffic conditions

• Road usage

• Municipal operating requirements

• Lighting periods

• Local project requirements

Timer control provides a predictable operating framework for the roadway lighting system.

Integrated Smart Control

The three control functions can be integrated into one operating strategy:

Ambient Light → Timer Schedule → Motion Detection → Lighting Response

The exact control sequence and operating parameters should be finalized according to the approved project design.

This allows the smart lighting system to be configured around actual roadway conditions rather than applying one fixed operating mode to the entire system.

Engineering Design & Implementation

Onsite Metering

Onsite lighting measurement can be used to establish the existing roadway lighting condition.

The measurement data can support:

• Existing system assessment

• Luminaire replacement design

• Lighting simulation

• Post-installation verification

DIALux Evo Layout

DIALux evo can be used to model the roadway lighting layout before installation.

The calculation can evaluate the proposed fixture arrangement and lighting distribution according to the project design requirements.

Litepro DLX Layout

Litepro DLX layout support is available for Projects using this lighting design platform.

AutoCAD Layout

AutoCAD engineering layouts can be prepared for:

• Road geometry

• Pole positions

• Luminaire locations

• Lighting arrangement

• Electrical routing

AGi32 Layout

AGi32 lighting calculation and layout support can be provided when required by the project engineering workflow.

Lighting & Circuitry Design

Lighting design and circuitry design are coordinated with the roadway layout, pole arrangement, electrical supply and smart control requirements.

This helps ensure that the proposed lighting system can be integrated into the project's actual electrical infrastructure.

Project Installation

Installation support can be provided according to the approved project scope.

Typical activities may include:

1. Luminaire mounting

2. Electrical connection

3. Smart control integration

4. System configuration

5. Functional testing

6. Commissioning support

Project Implementation Workflow

01 — Existing Roadway Assessment

Review the roadway, existing poles, luminaire positions, electrical infrastructure and operating conditions.

02 — Onsite Metering

Collect existing illumination data where required.

03 — Lighting Design

Develop the proposed LED roadway lighting layout according to project requirements.

04 — Smart Control Configuration

Define the operating logic for:

Motion Sensor + Light Control + Timer Control

05 — Lighting Simulation

Prepare DIALux evo, Litepro DLX or AGi32 calculations according to project requirements.

06 — Engineering Layout

Prepare AutoCAD and related engineering documentation.

07 — Product Supply

Supply the specified 100W LED Roadway Lights and control equipment.

08 — Installation

Install the lighting system according to the approved project design.

09 — Commissioning

Verify luminaire operation and smart control functions after installation.

Project Results

30% Energy-Saving Improvement

The Alexandria project reported an energy-saving improvement of approximately:

30%

The result is associated with the combined application of:

LED Lighting Efficiency + Intelligent Control + Operating Schedule Management

The LED system provides a specified luminous efficiency of 120 lm/W, while the smart control system manages lighting operation according to motion, ambient light and predefined schedules.

Actual project energy savings should be evaluated against the original lighting system, operating hours, traffic conditions and final control parameters.

Project Technical Performance

120 lm/W Luminous Efficiency

The specified LED roadway luminaire provides 120 lm/W luminous efficiency.

IP65 Protection

The IP65 housing provides protection suitable for the specified outdoor roadway application.

10KV Surge Protection

The roadway luminaire is specified with 10KV surge protection for improved protection against transient electrical conditions.

1.5KV Voltage Resistance

The product specification includes 1.5KV voltage resistance.

30,000-Hour Lifespan

The LED roadway light has a specified lifespan of 30,000 hours.

-20°C to +55°C Working Temperature

The luminaire is specified for operation between -20°C and +55°C.

Project Value

Municipal Lighting Upgrade

The project demonstrates an approach for upgrading conventional urban roadway lighting into an LED-based system with intelligent operating control.

Energy-Saving Improvement

The reported 30% energy-saving improvement provides a measurable reference for municipal energy-efficiency programs.

Intelligent Operation

The combination of motion detection, ambient light control and timer control provides greater flexibility than fixed-output roadway lighting.

Engineering Integration

The project combines product supply with lighting simulation, circuitry design and installation support.

Large-Scale Supply Capability

The supply of 2,500 sets demonstrates LIKELITE's capability for bulk roadway lighting Projects.

Project Technical Data

Before & After Comparison

DIALux EVO Lighting Simulation Verification

Why LIKELITE for Smart Lighting Projects?

LIKELITE combines outdoor LED lighting manufacturing with project engineering support.

For roadway lighting projects, the capability covers:

Product Supply

→ LED Roadway Lights

Lighting Engineering

→ Lighting & Circuitry Design

Field Assessment

→ Onsite Metering

Lighting Simulation

→ DIALux Evo / Litepro DLX / AGi32

Engineering Drawings

→ AutoCAD Layout

Project Delivery

→ Installation Support

This provides project buyers with one technical supply chain from product selection to project implementation.

FAQ

1. Where is the LIKELITE smart lighting project located?

The project is an urban roadway smart lighting upgrade in Alexandria, Egypt.

2. How many LED roadway lights were supplied?

The project includes 2,500 sets.

3. What wattage was used?

The project uses 100W LED Roadway Lights.

4. What smart control system was installed?

The specified system combines:

Microwave Motion Sensor + Light Control + Timer Control.

5. What energy-saving result was reported?

The project reported approximately 30% energy savings.

6. Is the roadway light EOS certified?

Yes. The specified project product carries EOS certification.

7. What is the input voltage?

The specified input voltage is 220V AC.

8. What is the IP rating?

The roadway luminaire has an IP65 protection rating.

9. What LED source is used?

The product uses Lumileds SMD2835 LED.

10. What is the luminous efficiency?

The specified luminous efficiency is 120 lm/W.

11. Does the roadway light have surge protection?

Yes. The product provides 10KV surge protection.

12. Can LIKELITE provide DIALux lighting design?

Yes. LIKELITE can provide DIALux evo layout and lighting calculation support.

13. Can LIKELITE provide onsite lighting measurements?

Yes. Onsite metering can be included according to project requirements.

14. What is the warranty period?

The specified project product has a 2-year warranty.

15. Can LIKELITE provide project installation support?

Yes. Project installation support can be provided according to the agreed scope and site conditions.

Request a Similar Smart Lighting Project

Planning an urban roadway or municipal smart lighting upgrade?

Send LIKELITE:

• Roadway drawings

• Existing luminaire information

• Pole height

• Pole spacing

• Road width

• Project quantity

• Required lighting performance

• Smart control requirements

• Project location

LIKELITE can provide a project-specific combination of:

LED Roadway Lights + Smart Control + Lighting Design + Simulation + Electrical Design + Installation Support

LIKELITE

Outdoor LED Lighting Manufacturer & Engineering Project Solution Provider