Workshop on Battery for Electric Vehicle & Energy Storage System 2025

The advancement of battery technology for electric vehicles is accelerating rapidly, in line with the global surge in electric vehicle adoption — including in Indonesia. Following the entry of various brands into the domestic market, the number of electric vehicles in Indonesia has increased exponentially. This phenomenon presents significant opportunities, but it also demands serious attention to the sustainability of the battery ecosystem. At the same time, battery-based energy storage systems have begun to see widespread development to support the transition toward sustainable green energy. Battery energy storage is widely believed to offer high efficiency, making it a leading option for the future.

Batteries have a limited lifespan, and as a result, the volume of used batteries is expected to increase significantly within the next three to ten years. If not managed through proper recycling processes, battery waste has the potential to pollute the environment and trigger serious social issues for surrounding communities.

The Bandung Institute of Technology (ITB) has developed battery technology for electric vehicles and energy storage systems, while also preparing a holistic approach to battery recycling technology. This approach encompasses all stages, from design and manufacturing to operation and end-of-life material processing. In addition, ITB is undertaking upscaling efforts to adapt recycling methods to the latest battery cell innovations, ensuring that the battery management system remains sustainable over the long term.

To ensure that all stakeholders—including industry players, government bodies, and academia—understand the importance of a sustainable battery ecosystem, the dissemination of information and promotion of collaboration must be strengthened. An eco-friendly battery technology seminar serves as a strategic platform for knowledge sharing, policy formulation, and strengthening professional networks in support of Indonesia’s clean energy transition. Discussions will cover the battery life cycle, challenges in waste collection, principles of the circular economy, and case studies of implementation in various regions.

The objectives of the Seminar on Battery Technology for Electric Vehicles & Renewable Energy Storage Systems to Achieve a Sustainable Ecosystem are as follows:

• To identify the battery technology needs of the industry—from design to recycling-in order to support business sustainability.
• To map the research potential and university facilities that are ready to be adopted by industry as commercial solutions.
• To promote structured dialogue among academia, industry players, and government agencies to foster innovation synergy.
• To establish a collaborative ecosystem framework—including certification systems and incubator networks-so that sustainable battery innovations can be jointly implemented and developed.

With these objectives in mind, the seminar will bring together key stakeholders to accelerate the adoption and scaling of environmentally friendly battery technologies.

Normal Price : Rp. 7.500.000

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