Uzbekistan Asian Youth Games Stadium High Mast Lighting Project – 30M High Pole Lamp Solution for Sports Venues

Uzbekistan stadium lighting project

Large sports venues require more than bright lighting. They need stable illumination, wide coverage, long-term durability, and safe maintenance systems. For the Asian Youth Games stadium project in Uzbekistan, the client needed a complete high mast lighting solution that could support international sports events, public area safety, and long-term operating efficiency.

Jieyao Lighting provided a customized 30-meter high mast lighting system with LED flood lights, motorized raising systems, and hot dip galvanized steel poles designed for strong wind resistance and outdoor corrosion protection.

This project became a reliable reference for large stadium lighting projects and government sports infrastructure tenders.

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Details

Client Background

The client was the main contractor responsible for the stadium infrastructure construction of the Asian Youth Games in Uzbekistan. The project included sports venues, access roads, public gathering areas, and surrounding outdoor facilities.

Because this project was designed for an international sports event, the lighting system had to meet high standards for brightness, safety, structural stability, and long-term maintenance efficiency.

The client required a solution that could ensure excellent lighting performance during competitions while reducing future maintenance costs for government operation.

Client Requirements

The customer focused on practical engineering performance rather than simple product pricing. Their key concerns included wide-area lighting coverage, long service life, and reduced maintenance difficulty for tall poles.

The project required fewer poles to cover larger areas while maintaining uniform brightness across stadium surroundings. This would help reduce civil foundation costs and improve installation efficiency.

Since the poles were installed in open outdoor environments with strong wind exposure, high wind resistance and anti-corrosion protection were also critical.

The client also requested a motorized raising system because manual maintenance of 30-meter poles would create safety risks and increase long-term operating costs.

In addition, the project timeline was tight, and the customer needed fast production, complete bidding documents, and professional technical support during installation.

The customer compared several high mast pole manufacturers before making the final decision. Jieyao Lighting was selected because we provided not only products, but also complete project support.

Our engineering team offered customized 30-meter pole structure design based on local wind load conditions and stadium lighting requirements. This reduced project risk and improved installation confidence.

We provided hot dip galvanizing with zinc thickness that meets international outdoor lighting standards, ensuring long-term corrosion resistance in harsh environments.

The motorized raising system was optimized for frequent maintenance access, helping the client reduce labor costs and improve operational safety.

We also supported the customer with lighting simulation, foundation drawings, CE and ISO certification documents, and tender submission files required for government procurement.

Factory-direct production and stable lead time control also helped the client complete the project schedule without delay.

Technical Solution

For this stadium project, the client was not simply looking for a tall lighting pole. The real goal was to build a stable, safe, and low-maintenance lighting system that could support an international sports venue for many years.

Because the project was located in an open outdoor area, strong wind resistance was one of the first priorities. At the same time, the client wanted to reduce the number of poles while keeping enough brightness across the stadium, parking areas, and surrounding public spaces. Maintenance also had to be simple, because traditional high mast systems often create high service costs after installation.

Based on these practical requirements, Jieyao Lighting developed a complete 30-meter high mast lighting solution with structural design, LED flood light configuration, lifting system, and anti-corrosion protection fully matched to the project environment.

The main technical configuration is shown below.

Technical Item

Solution Provided

Practical Advantage

▶ The pole structure used Q355 steel because standard materials are often not enough for large stadium environments. A 30-meter pole must remain stable under strong seasonal wind pressure, especially in wide open areas without surrounding buildings for protection. The polygonal tapered design improves overall balance and helps reduce long-term vibration, which is important for both safety and service life.

▶ For lighting performance, each pole was equipped with multiple 1000W LED flood lights. This setup allowed the project to achieve wider illumination coverage while using fewer poles than a traditional design. Compared with older metal halide systems, the LED solution reduced energy consumption by more than 40 percent and also improved brightness consistency across the venue.

▶ Maintenance was another major concern. Fixed high mast systems often require dangerous work at height, which increases labor cost and safety risk. To avoid this, the project used a motorized raising system. The lighting platform can be lowered directly to ground level for inspection or replacement, which makes future maintenance much faster and safer.

▶ Corrosion protection was also treated as a long-term investment rather than a simple finishing process. Every pole was hot dip galvanized first and then coated with outdoor powder paint. This double-layer protection helps the system resist rain, UV exposure, and seasonal temperature changes, especially for government projects where service life expectations are high.

▶ With this complete technical solution, the client received not only a lighting product, but a reliable high mast lighting system designed for real engineering performance and long-term operational value.

Challenges and Solutions

▶ Challenge 1: Strong Wind Conditions in Open Stadium Areas

The installation area had large open spaces with strong seasonal wind pressure. Standard pole structures could create safety risks over time.

Solution

Our engineers upgraded the flange thickness, optimized the taper ratio of the pole body, and performed wind load calculations to improve structural safety and long-term stability.

▶ Challenge 2: Maintenance Difficulty for 30-Meter Poles

Traditional fixed high mast systems require difficult and expensive maintenance at high elevation.

Solution

We used a motorized raising system that allows maintenance at ground level. This improved safety, reduced labor costs, and made long-term operation much easier for the client.

▶ Challenge 3: Tight Project Delivery Schedule

The project had strict construction deadlines before the opening of the sports event.

Solution

We arranged priority production scheduling, optimized welding and galvanizing workflow, and improved container loading efficiency to ensure on-time shipment and installation.

Final Results

The project delivered stable lighting performance and helped the client reduce long-term operating costs.

Compared with the original plan, the 30-meter high mast lighting system provided about 40% wider lighting coverage while using fewer poles, which also reduced foundation and installation costs.

The LED flood light system lowered energy consumption by more than 35%, helping reduce daily operating expenses.

The motorized raising system made maintenance safer and easier, cutting maintenance difficulty by over 50%.

The project passed inspection successfully and was completed 18 days ahead of schedule, ensuring the stadium was ready for the event on time.

Customer Feedback

The client was highly satisfied with the stability of the 30-meter high mast poles and the performance of the motorized lifting system.

They also appreciated the fast delivery, professional technical support, and complete tender documents provided during the project.

For the client, this was not only a lighting product supply, but a reliable engineering solution for a large international sports venue.

This project also created a strong foundation for future cooperation in public infrastructure and government lighting projects.

Factory Support Behind the Project

A reliable high mast lighting project starts with strong manufacturing capacity.

Jieyao Lighting manages the full production process, including steel pole forming, automatic welding, hot dip galvanizing, powder coating, quality inspection, and export packing.

Each high mast pole is checked for dimensions, welding quality, and corrosion protection before shipment.

We also provide customized pole design, wind load calculation, lighting plans, and tender support for international projects, helping customers reduce project risks and improve purchasing confidence.

Get Your High Mast Lighting Project Proposal

Need a customized high mast lighting solution for stadiums, airports, ports, highways, or public infrastructure projects?

Jieyao Lighting provides complete support including pole design, lighting simulation, wind load calculation, tender documents, and factory-direct quotation.

Send us your project requirements today and get your professional high mast lighting proposal within 24 hours.

What is the best pole height for stadium high mast lighting?

For most stadium and sports venue projects, the common pole height is between 25 and 35 meters. The right height depends on the size of the area, required brightness, and how many poles are planned for the project.

How many flood lights are needed for a 30-meter high mast pole?

A 30-meter high mast pole usually uses 6 to 12 LED flood lights, depending on the lighting standard and coverage area. The beam angle and power are also adjusted based on the project needs.

Is a motorized raising system necessary for high mast lighting?

For poles above 20 meters, a motorized raising system is strongly recommended. It makes maintenance safer, reduces high-altitude work, and helps lower long-term service costs.

What wind resistance standard should a high mast pole meet?

The pole should be designed according to local wind speed requirements and project standards. Most government and public projects require wind resistance between 30m/s and 45m/s.

How long does a high mast lighting system last?

With proper hot dip galvanizing and surface protection, the steel pole can usually last more than 25 years. LED flood lights normally provide 50,000 to 100,000 working hours depending on the brand and working conditions.

Can high mast poles be customized for government tenders?

Yes, high mast poles can be fully customized for tender projects, including pole height, wall thickness, flange size, lifting system, lighting layout, and certification documents.

How long does production take for a stadium high mast lighting project?

Most high mast lighting projects take around 20 to 35 working days for production. The final lead time depends on quantity, customization requirements, and galvanizing arrangements.

What certifications are usually required for international bidding?

Common certification requirements include CE, ISO9001, material test reports, galvanizing reports, structural drawings, and full technical specification documents for project approval.