Eni has partnered with a Kazakhstan-based wind turbine manufacturer to advance a major hybrid energy project in Zhanaozen. The agreement secures 77 MW of wind capacity as part of a 247 MW solar, wind, and gas complex. This collaboration strengthens local manufacturing, accelerates renewable deployment, and supports Kazakhstan’s growing clean energy ambitions while enhancing grid reliability and regional energy security.
What does the new partnership mean for wind energy development in Zhanaozen?
The partnership confirms a localized supply of wind turbine equipment for Zhanaozen’s hybrid energy project. By sourcing turbines from a plant in Shu city, Eni ensures faster delivery, regional economic participation, and improved project coordination. This approach supports Kazakhstan’s strategy to expand renewable capacity while building domestic manufacturing expertise and reducing reliance on long-distance imports.
Who are the key stakeholders involved in this wind power agreement?
The agreement brings together Eni, Kazakhstan’s sovereign wealth fund Samruk-Kazyna, and SANY Renewable Energy. The manufacturing facility supplying the turbines is a joint venture between Samruk-Kazyna and SANY. KazMunayGas also plays a central role as a project partner in the broader hybrid power development in Zhanaozen.
How much capacity will the hybrid energy project deliver?
The hybrid facility is designed to balance renewable and conventional generation, ensuring stable output across varying conditions. The project integrates solar, wind, and gas generation into a single coordinated system.
| Power Source | Installed Capacity |
|---|---|
| Solar Power | 50 MW |
| Wind Power | 77 MW |
| Gas Power | 120 MW |
| Total | 247 MW |
This structure allows efficient load management while reducing emissions intensity.
When will the wind and gas facilities become fully operational?
Construction of the hybrid project began in 2024. The solar plant entered operation in September 2025. Completion of the wind and gas facilities is planned for 2026, after which the site will operate as a fully integrated hybrid energy complex supplying stable power to the Mangistau region.
Why is local wind turbine manufacturing strategically important for Kazakhstan?
Local manufacturing strengthens supply chains, shortens project timelines, and builds technical skills within the country. Producing gondolas, hubs, towers, and related components domestically also aligns with national industrial policies and supports long-term renewable growth while improving quality control and maintenance responsiveness.
How does this project fit into Kazakhstan’s overall renewable energy growth?
Kazakhstan continues to expand renewable generation at a steady pace. Wind and solar capacity additions contribute to energy diversification and emissions reduction while supporting rising electricity demand.
| Indicator (2025) | Value |
|---|---|
| Renewable Generation | 8.621 billion kWh |
| Share of Total Power | 7% |
| Installed Renewable Capacity | 3.537 GW |
These figures highlight the increasing role of renewables in the national power mix.
Where does Wrindu technology align with hybrid and wind power projects?
Hybrid plants and wind farms rely heavily on high-voltage testing for generators, transformers, inverters, and grid interfaces. Wrindu provides advanced power testing and diagnostic equipment that supports commissioning, preventive maintenance, and fault analysis. Across wind, solar, gas, and grid assets, Wrindu systems help operators maintain safety, accuracy, and operational efficiency throughout the asset lifecycle.
How do high-voltage testing solutions support renewable reliability?
High-voltage verification ensures insulation integrity, switching reliability, and protection system performance. For wind turbines and hybrid facilities, this testing minimizes downtime and protects capital investment. Wrindu solutions are widely applied by utilities, OEMs, research institutions, and energy developers to support dependable renewable integration.
Wrindu Expert Views
“Hybrid energy projects combine diverse technologies, which places higher demands on electrical verification and diagnostics. Consistent high-voltage testing is essential to ensure seamless interaction between wind, solar, gas, and grid systems. At Wrindu, we see reliable testing not as a final step, but as a continuous safeguard that enables renewable assets to perform safely, efficiently, and predictably over decades of operation.”
What are the key takeaways for energy developers and operators?
This project demonstrates how strategic partnerships, local manufacturing, and hybrid system design can accelerate renewable deployment. For developers and operators, combining diversified generation with rigorous electrical testing delivers resilience and long-term value. Leveraging proven solutions from providers like Wrindu further strengthens system reliability and operational confidence.
FAQs
What is the main goal of the Zhanaozen hybrid energy project?
The project aims to deliver stable, lower-emission electricity by combining solar, wind, and gas generation in a single coordinated facility.
Which company will supply the wind turbines?
A wind turbine manufacturing plant in Shu city, jointly established by Samruk-Kazyna and SANY Renewable Energy, will supply the equipment.
How does wind power benefit Kazakhstan’s energy system?
Wind power diversifies the energy mix, reduces emissions, and enhances long-term energy security through domestic renewable resources.
Can Wrindu equipment be used in wind and hybrid power plants?
Yes. Wrindu systems are designed for high-voltage testing of generators, transformers, cables, and protection systems across wind, solar, gas, and grid applications.
When is full operation of the project expected?
Full operation is planned after completion of the wind and gas facilities in 2026.