Which makers supply LED lights for DXB Airport?

Dubai International Airport

1. Basic information

IATA code: DXB
ICAO code: OMDB
Location: About 4.6 kilometers northeast of Dubai city center, United Arab Emirates (UAE)
Established in 1960
Type: International Civil Airport
Management organization: Dubai Airports
Terminal layout:
T1: Mainly serving international flights, covering various airlines
T2: Mainly serving regional and low-cost airlines
T3: Dedicated to Emirates, it is one of the largest terminals in the world

2. Port size and capacity

runway:

There are two runways in total (the main runway can simultaneously take off and land large aircraft such as A380)
The lengths are approximately 4000 meters and 4450 meters respectively
Passenger throughput:
Peak of approximately 84 million passengers in 2019 (pre pandemic data)
One of the busiest international airports in the world, maintaining the world’s top international passenger throughput for a long time
Freight Capacity:
Annual cargo and mail throughput of approximately 2 million tons
Dubai Cargo Village is a massive hub for cargo aviation
Airline network:
Covering over 240 destinations
Main hub airlines: Emirates, FlyDubai

3. Transportation and logistics advantages

Geographical location:

Located at the transportation hub of Asia, Europe, and Africa, with direct flights covering major cities worldwide
The flight distance to major cities in Europe, Asia, and Africa is within 6-8 hours
Ground transportation:
Directly connected to the Dubai Metro Red Line, convenient for passengers to enter and exit the city center
The highway network is well-developed, connecting major logistics parks
Logistics facilities:
Having a modern freight center and cold chain facilities
Multiple international logistics companies have operational bases at the airport (such as DHL, FedEx, etc.)
Advantages of aviation hub:
A fast and efficient freight forwarding center that facilitates the transfer of air cargo
Combining ports and Jebel Ali Free Zone to form a sea air intermodal transportation model

4. Core advantages

Strategic hub position:
Global aviation network node, facilitating cross continental business and tourism flow
Efficient operational capability:
High passenger experience and transfer efficiency, T3 terminal is particularly suitable for large-scale hub operations
International renowned airline base:
Emirates has a significant global influence, bringing stable international passenger flow to DXB
Freight and logistics agglomeration effect:
Complementarity with Jebel Ali Port to create a multimodal logistics hub
Innovation and service advantages:
Complete high-end retail, lounge, and intelligent service systems
Has won the “World’s Best Airport Award” multiple times

Lighting Design Analysis for Outdoor Areas of Large Airports

Large airports, as critical transportation hubs, require well-designed lighting systems for their outdoor areas—such as aprons, cargo zones, and areas surrounding runways. These systems are essential for ensuring flight safety, improving operational efficiency, and protecting ground personnel.

Luminaire Types and Pole Height

Outdoor airport areas, particularly aprons, typically adopt high-mast lighting systems due to their vast coverage requirements and the need for high uniform illumination. High-mast systems consist of tall poles equipped with multiple high-power luminaires at the top, allowing large-area coverage with fewer poles while effectively controlling glare.

The primary luminaires used are high-power LED floodlights. LED technology has become the mainstream choice for airport lighting due to its high luminous efficacy, long lifespan, low energy consumption, instant start capability, good color rendering, and ease of control.

Recommended Pole Heights

In general, the pole height for large airport apron areas typically ranges from 15 m to 40 m. The exact height should be determined through precise lighting design based on apron size, aircraft types, lighting standards (such as ICAO requirements), and glare control considerations.

Technical Requirements for Luminaires

Airport environments impose stringent technical requirements on lighting equipment to ensure reliable performance under all operating conditions and compliance with aviation safety standards.

1. Illuminance and Uniformity Requirements

Lighting for airport aprons must comply with standards set by organizations such as ICAO to ensure clear visibility for both ground personnel and pilots.

• Horizontal illuminance: Typically not less than 20 lux, with a uniformity ratio (minimum/average) of at least 0.25.
• Vertical illuminance: Not less than 20 lux at a height of 2 meters above the apron in relevant directions.

2. Strict Glare Control

Glare is a critical concern in airport lighting design, as excessive glare can impair visibility and pose safety risks.

• Pole position and height: The mounting height of floodlights should not be less than twice the maximum eye height of pilots operating the aircraft using the stand. Careful positioning and aiming are required to avoid glare toward cockpits and control towers.
• Optical distribution: Advanced lighting distribution techniques, such as asymmetrical optics, should be used to precisely direct light onto target areas while minimizing spill light and stray light.

3. Protection and Environmental Adaptability

Lighting systems must withstand long-term exposure to harsh environmental conditions.

• Ingress Protection (IP Rating): Typically IP65 or higher for dustproof and waterproof performance.
• Wind resistance: High-mast systems must be structurally designed to withstand strong wind loads in accordance with local standards.
• Temperature resistance: Luminaires should operate reliably within extreme temperature ranges typical of airport locations.

4. Lightning and Surge Protection

Due to their height, high-mast poles are susceptible to lightning strikes. Luminaires must include effective lightning protection and surge protection devices to safeguard internal electronic components.

5. Maintenance and Obstruction Marking

• Lowering system: For poles exceeding a certain height (e.g., 35 ft / 10.6 m), a lowering system is recommended to facilitate maintenance and servicing.
• Obstruction lighting: According to standards such as ICAO Annex 14, structures exceeding certain heights (e.g., 150 m above ground level) may require medium-intensity obstruction lights to alert aircraft.

Which MECREE luminaires are suitable for outdoor Areas of Large Airports, and what are their key protection parameters?

What can MECREE do for you?

MECREE are not only a manufacturer of high-power LEDs, More professional services are also included:
1. According to the requirement to provide the best stadium lighting solutions, including horizontal, vertical illumination, uniformity, glare control, spill light control, energy saving.
2. About the design of lighting mast, Mecree according to the wind speed at the place can be used to calculate the axial force, bending force, horizontal shear force and torque for the construction engineer,
so as to protect the users from unnecessary accidental.
3. One stop service for you! High power generator set supporting, and we also supply cables, switches, power distribution cabinet and other parts. We are your best supply chain manager!
4. Professional Lighting installation guide including to the circuit design service and installation angle guide of each lights.

Remote driver

The power supply and lamp body can be mounted separately, reducing the withstand weight of the lamp pole and facilitating maintenance.

Easy installation：Easy to replace the cross arm

Customized crossarms are available to meet all your existing old poles without replacing the main rod, crossarms bolt directly to light pole, easy and accurate installation saves time, ensures performance, safety and reliability,also lower the budget.

How to accurately aim at outdoor lighting?

In current outdoor lighting projects, high-altitude light calibration is recognized as a major efficiency bottleneck. The process carries high safety risks, is prone to aiming deviations, and involves cumbersome installation and removal procedures, making it difficult to achieve the required uniformity.

MECREE’s innovative laser aiming mount was designed precisely to address these issues. It revolutionizes the workflow through three key advantages:

Easy Installation: With a simple design, it allows rapid mounting and dismounting, significantly lowering the operational threshold.

Precise Aiming: Ensures accurate laser alignment, fundamentally guaranteeing uniform illumination and compliance with lighting standards.

Efficient Operation: Reduces labor and time costs by up to 80%. Calibrating 200 fixtures at height previously took 20 days; now the same workload can be completed in just 4 days.

Choosing MECREE means choosing a safer, more precise, and highly efficient sports lighting solution.

Best LED STADIUM LIGHTS – Special Designed for sports lighting