Advanced energy technologies presented in Astana

Advanced energy technologies presented in Astana

Kazakhstan’s raw materials could be used in the production of advanced batteries and the development of hydrogen power. Local researchers presented the project at INESS-2026 in Astana. The event brought together leading experts from more than 10 countries across Europe, Asia, Africa, and the Americas to discuss innovations that could reshape the energy sector in the coming years. The focus is on advanced batteries, energy storage systems, artificial intelligence technologies, smart sensors, and materials capable of operating under extreme conditions. According to experts, these solutions will underpin the future development of the global energy sector and high-tech industries.

«This is about the use of rare earth metals in a wide range of technologies and energy applications. We are actively working in this area and plan to launch a dedicated program in the near future. The materials will be used in catalysts for hydrogen applications and, most importantly, in superconductors, which we are currently developing. Our goal is to bring them closer to commercial production,» said Aliya Mukanova, senior researcher at Nazarbayev University.

More than 100 scientific developments were presented at the conference, including projects by international researchers. Among them was a technology showcased by Russian scientists for producing green hydrogen through water electrolysis. The method enables the production of clean fuel using energy from renewable sources. Artificial intelligence helps identify the most suitable materials, making the process more cost-effective and improving its efficiency.

«If electricity is generated from renewable sources, hydrogen can be produced without emitting carbon dioxide or other greenhouse gases. If Kazakhstan needs green hydrogen, the materials we are developing could prove useful. However, hydrogen has a wide range of applications. It can be used directly as a fuel—this is known as hydrogen energy—but it is also used in the chemical industry,» said Sergey Levchenko, associate professor at Skolkovo Institute of Science and Technology, Russia.