On April 16th, 2024, students from the Mechanical and Aerospace Engineering Department at the School of Engineering and Digital Sciences, Nazarbayev University (NU SEDS), ventured to the outskirts of Astana to explore the remarkable 100 MW Wind Farm project, hosted by the esteemed team at CAPEC JSC Green Energy.
Under the guidance of Assistant Professor Yerbol Sarbassov, the students delved into the world of clean energy technologies as part of their Feasibility Analysis course. Nestled amidst the Kazakhstani landscape, the Wind Farm, operational since 2017, boasts a formidable capacity powered by 29 Vestas turbines from Denmark, each churning out 3.5 MW of energy.
The students were greeted by the Wind Farm's Deputy Director for Production, Vladislav Garbovsky, and the power plant team, who unveiled the inner workings of the facility through a captivating demonstration in the conference room. Engaging discussions ensued, offering insights into the Farm's operations and technical nuances, followed by immersive Q&A sessions.
The journey continued into the dispatching room, where students were immersed in technical information, gaining a deeper understanding of wind energy generation and management. As the day unfolded, students were afforded a rare opportunity to approach one of the towering turbines up close, even venturing into the interior of the support tower, experiencing firsthand the engineering marvels driving sustainable energy production.
Eager to further their knowledge and practical experience, students expressed keen interest in potential internships with the Wind Farm team, paving the way for future collaborations and professional growth. Dr. Yerbol Sarbassov expressed optimism about continuing such enlightening visits to renewable energy projects, underscoring SEDS' commitment to nurturing future leaders in sustainable technology.
The trip to the Wind Farm not only broadened horizons but also ignited a spark of inspiration, fueling the students' passion for clean energy innovation.On April 16, 2024, students from the Mechanical and Aerospace Engineering Department at the School of Engineering and Digital Sciences at Nazarbayev University visited the LLP TSATEK Green Energy wind farm near Astana city. The trip was organized by Professor Yerbol Sarbassov as part of the course on the Feasibility Analysis of Clean Energy Technologies.
The wind farm, operational since 2017, has a total capacity of 100 MW and is supported by 29 Vestas wind turbines from Denmark, each with a capacity of 3.5 MW. The site averages an annual wind speed of 7-12 m/sec, resulting in an annual output of around 40 MW.
During the visit, Senior Engineer Vladislav Garbovsky, Deputy Director of Production at LLP TSATEK Green Energy, and the wind farm team provided a demonstration of the facility's operations in the conference room, followed by an hour-long discussion and Q&A session. The students also explored the dispatching room to learn more about the technical aspects of the wind farm.
In addition, students had the opportunity to closely inspect one of the wind turbines and enter its interior support tower (mast). Many students expressed interest in future internships with the company, indicating potential for collaboration between the university and the wind farm.
The visit was part of the university's effort to offer students practical experience with renewable energy projects and prepare them for careers in clean energy. Organizers hope to continue hosting such educational visits annually to enhance students' learning and future career opportunities.
Under the guidance of Assistant Professor Yerbol Sarbassov, the students delved into the world of clean energy technologies as part of their Feasibility Analysis course. Nestled amidst the Kazakhstani landscape, the Wind Farm, operational since 2017, boasts a formidable capacity powered by 29 Vestas turbines from Denmark, each churning out 3.5 MW of energy.
The students were greeted by the Wind Farm's Deputy Director for Production, Vladislav Garbovsky, and the power plant team, who unveiled the inner workings of the facility through a captivating demonstration in the conference room. Engaging discussions ensued, offering insights into the Farm's operations and technical nuances, followed by immersive Q&A sessions.
The journey continued into the dispatching room, where students were immersed in technical information, gaining a deeper understanding of wind energy generation and management. As the day unfolded, students were afforded a rare opportunity to approach one of the towering turbines up close, even venturing into the interior of the support tower, experiencing firsthand the engineering marvels driving sustainable energy production.
Eager to further their knowledge and practical experience, students expressed keen interest in potential internships with the Wind Farm team, paving the way for future collaborations and professional growth. Dr. Yerbol Sarbassov expressed optimism about continuing such enlightening visits to renewable energy projects, underscoring SEDS' commitment to nurturing future leaders in sustainable technology.
The trip to the Wind Farm not only broadened horizons but also ignited a spark of inspiration, fueling the students' passion for clean energy innovation.On April 16, 2024, students from the Mechanical and Aerospace Engineering Department at the School of Engineering and Digital Sciences at Nazarbayev University visited the LLP TSATEK Green Energy wind farm near Astana city. The trip was organized by Professor Yerbol Sarbassov as part of the course on the Feasibility Analysis of Clean Energy Technologies.
The wind farm, operational since 2017, has a total capacity of 100 MW and is supported by 29 Vestas wind turbines from Denmark, each with a capacity of 3.5 MW. The site averages an annual wind speed of 7-12 m/sec, resulting in an annual output of around 40 MW.
During the visit, Senior Engineer Vladislav Garbovsky, Deputy Director of Production at LLP TSATEK Green Energy, and the wind farm team provided a demonstration of the facility's operations in the conference room, followed by an hour-long discussion and Q&A session. The students also explored the dispatching room to learn more about the technical aspects of the wind farm.
In addition, students had the opportunity to closely inspect one of the wind turbines and enter its interior support tower (mast). Many students expressed interest in future internships with the company, indicating potential for collaboration between the university and the wind farm.
The visit was part of the university's effort to offer students practical experience with renewable energy projects and prepare them for careers in clean energy. Organizers hope to continue hosting such educational visits annually to enhance students' learning and future career opportunities.