Case

Custom Wind Energy Solution for 1.1GW Onshore Wind Farm in Saudi Arabia | Renewable Power Project

Aug. 26, 2026

Snapshot

- Client: ACWA Power (Saudi Arabia leading energy developer)

- Location: Suez Bay, Saudi Arabia

- Industry: Utility-scale renewable energy, grid-connected wind power

- Products: 7.7MW onshore wind turbines, tower components, intelligent control system

- Project Scale: 1100MW total installed capacity

- Project Duration: 12 months

- Core Benefit: Extreme high-temperature resistance, low wind speed start-up, stable power grid integration

Client Background & Challenges


The client is a top national energy investment enterprise in Saudi Arabia, responsible for developing large-scale new energy projects to achieve the country’s 2030 green energy transition goals.
The local project area faces harsh natural conditions:
 
1. Extreme high temperature (up to 50℃ in summer), strong sand and wind, conventional wind turbines are prone to aging and failure;

2. Complex wind speed distribution, low average wind speed in partial areas, requiring turbines to start power generation at low wind speed;

3. Strict grid access standards, requiring stable output and intelligent grid-connected regulation of wind power;

4. Large-scale equipment logistics and installation in desert areas, with high requirements for transportation adaptability and after-sales operation and maintenance.
 
Our Custom Wind Energy Solution
 
We provided a targeted customized wind power overall solution for the Saudi desert wind farm:
 
1. Adopted high-temperature resistant and sand-proof optimized design for 7.7MW wind turbines, sealed electrical components, anti-corrosion coating on the tower, adapting to harsh desert climate;

2. Low-wind-speed blade aerodynamic design, realizing stable power generation under 3m/s wind speed, improving annual power generation efficiency;

3. Equipped with intelligent wind farm central control system, supporting real-time monitoring, power regulation, and remote fault diagnosis, meeting Saudi grid access specifications;

4. Modular split design of large components, solving the problem of ultra-long and overweight transportation in desert areas, and providing localized installation guidance and 15-year operation and maintenance service.
All products passed international IEC certification, fully compliant with Middle East energy safety standards.
 
Project Implementation & Quantified Results
 
The entire 1.1GW wind farm project was completed and connected to the grid on schedule within 12 months. After formal operation:
 
- The wind turbines operate stably under high temperature and sandstorm environment, the annual availability rate reaches 98.5%, far exceeding the industry average;

- The annual power generation of the project reaches 3.2 billion kWh, meeting the electricity demand of about 1 million local residents, reducing carbon emissions by 2.4 million tons annually;

- The intelligent control system stabilizes power output, perfectly adapts to the local power grid, and has zero grid connection accidents;

- The client has signed a long-term framework cooperation agreement with us, and promoted our wind energy equipment to other new energy projects in the Middle East.
 
Client Testimonial
 
“The customized wind energy solution provided by the Chinese manufacturer perfectly solves the adaptability problem of wind turbines in Saudi desert climate. The equipment stability, power generation efficiency and after-sales service all meet our high requirements. This project has become a benchmark for large-scale wind power construction in the Middle East.”
— Project Director, ACWA Power Saudi Arabia
 
CTA Call to Action
 
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