An important agreement regarding the implementation of additive technologies in the renewable energy sector of Kyrgyzstan was signed in Bishkek, as reported by the State Corporation "Rosatom".
The main focus is on the use of metal 3D printing to create equipment for both new and existing hydropower facilities. This innovation is expected to promote the localization of production in the republic and significantly reduce the time required to manufacture necessary components.
The signed agreement involves the participation of the Fuel Division of "Rosatom" through the business direction "Additive Technologies," as well as the Kyrgyz-Russian Slavic University named after B. N. Yeltsin, the representative office of "Rosatom" in Kyrgyzstan, and the engineering company "Boka Hydro KG." The document implies joint work at all stages, from preparing project documentation to supplying equipment.
3D printing technologies will be used to create parts and assemblies used in hydrogeneration. This is particularly relevant for small and medium hydropower plants, where either single or small-scale production is often required, which traditional methods make too costly and time-consuming.
Ilya Kavelashvili, the director of the "Additive Technologies" business direction of the Fuel Division of "Rosatom," noted that the corporation possesses the necessary competencies for a full cycle of additive production—from serial production of 3D printers and metal powders to training and supporting personnel. He added that "Rosatom" has successful experience in developing regional networks of additive technology centers and collaborating abroad.
On the same day, a project office dedicated to hydropower was opened at KRSU. In the first phase, its work will focus on developing feasibility studies and project documentation for small and medium hydropower plants. The office is envisioned as a practical and expert platform that will combine the scientific resources of the university, the technological achievements of "Rosatom," and the engineering skills of "Boka Hydro KG."
The rector of KRSU, Sergey Volkov, noted that the creation of such an office will contribute to training engineers ready to solve real problems in the industry. According to him, students will gain access to practical applications of modern technologies, which will accelerate the process of transitioning from theory to practical production.
Additive technologies are already actively used in the power industry, especially in the maintenance and repair of equipment. The application of 3D printing significantly reduces the time needed to obtain necessary parts and lowers costs. Furthermore, the development of these technologies opens new opportunities for the production of key components, changing approaches to the design and operation of energy facilities.
