Jakarta, August 14, 2025 – Energy development has become one of the world’s main focuses today. As fossil fuel reserves such as petroleum and natural gas—classified as non-renewable resources—continue to deplete, electricity is emerging as a strategic solution for future sustainability.

To address this challenge, many countries are racing to develop technologies that can harness electrical power efficiently and optimally. One of the pioneers in electrochemical technology research and development is the National Battery Research Institute (NBRI), which has consistently advanced electrical energy research, particularly in battery technology for Electric Vehicles (EVs).

Equipped with state-of-the-art laboratories and comprehensive expertise in advancing battery technology in Indonesia, NBRI plays a crucial role in the development of the national EV battery industry. Through collaborations with various research institutions both domestically and abroad, NBRI is building an extensive research network to strengthen Indonesia’s position as an independent battery producer capable of competing in the international market.

At the International Battery Summit (IBS) 2025, held on August 8, Prof. Evvy Kartini, founder of NBRI, emphasized that Indonesia possesses abundant natural resources to support the advancement of renewable energy.

Several research and development companies attending IBS were Indonesia’s partners in downstreaming the utilization of batteries as renewable energy in the automotive sector.

“This renewable energy downstreaming effort aligns with the Asta Cita point number 5 of the President of the Republic of Indonesia. Previously, downstreaming had reached the stage of the Battery Quality Inspection Report (Naskah Hasil Pemeriksaan/NHP), which has enabled export opportunities. Our current focus is on the development of cathode materials to further increase the added value of Indonesia’s battery industry,” said Prof. Evvy Kartini.

She also added that Indonesia’s success in developing the EV battery industry has attracted attention from countries across Asia, Africa, and Latin America. They view Indonesia as a successful example of utilizing raw materials such as lithium, cobalt, and graphite, while opening doors to long-term partnerships.

Didin Wahyudin, Expert Staff to the Minister for Environmental Management, highlighted that NBRI’s research and IBS 2025 activities are fully supported by the Ministry of Foreign Affairs.

“Last June, during the Critical Mineral Producing Countries forum, 15 countries gathered to learn from Indonesia. We successfully shifted our strategy from merely exporting raw nickel and cobalt to processing and managing them, which has generated profits up to tenfold. The Ministry of Foreign Affairs, together with relevant ministries, will continue to support Indonesia’s efforts in harnessing the potential of these critical minerals,” explained Mr. Didin Wahyudin.

One of the educational institutions present at IBS 2025 was Dian Nusantara University (UNDIRA). As a supporting partner of the summit, UNDIRA’s participation not only provided an opportunity to collaborate but also served as a significant moment to strengthen student competencies—particularly in the Electrical Engineering and Mechanical Engineering programs, which focus on industrial engineering development and management.

This year’s IBS forum underscored Indonesia’s strong commitment to advancing battery research and renewable energy utilization for industry (especially electric vehicles) as part of a forward-looking future. Moreover, with Indonesia’s success in developing high-quality electric batteries that inspire many nations, the country is poised to become a cornerstone and hub for alternative energy collaboration in the years ahead.