Indonesia is taking major steps in its energy transition through the development of a battery-based electric vehicle (BEV) ecosystem. The government has set ambitious targets to adopt millions of electric vehicle units to reduce national carbon emissions. However, the success of this transition does not depend solely on the number of units sold in the market. A crucial aspect often overlooked is the management of the battery life cycle through a circular economy approach.

The circular economy in the electric vehicle industry involves the systematic process of reusing, repairing, and recycling battery materials. Without a deep understanding, the potential for future battery waste could become a serious environmental threat to Indonesia. Therefore, education and increasing public awareness are key pillars in building a sustainable industry.

A technician inspecting electric vehicle battery components in a clean, high-tech laboratory environment. — Image created by AI

The importance of the circular economy for the future of transportation

The circular economy aims to minimize waste by keeping the value of materials circulating within the economic system. In the context of electric vehicles, this is highly relevant because batteries contain valuable materials such as nickel, cobalt, and lithium. Through the low-carbon development strategy prepared by Bappenas, the management of used batteries has become a top priority [3]. This approach helps Indonesia reduce its dependence on mining new raw materials, which negatively impacts ecosystems.

Furthermore, applying circularity principles can extend battery life through “second-life battery” technology. Batteries that are no longer optimal for vehicles can be repurposed for household or industrial-scale energy storage. This provides additional economic value while reducing the burden of hazardous waste (B3) in the future [1].

The role of educational institutions in developing green skills

The education sector has a major responsibility in preparing a competent workforce in the field of green technology. Currently, the Ministry of Education, Culture, Research, and Technology, along with the Ministry of Industry, has begun integrating electric vehicle curricula into vocational high schools (SMK) [1]. The main focus of this curriculum includes high-voltage system safety and the environmentally safe initial handling of battery waste.

At the university level, research on extracting valuable materials continues to be developed by institutions such as ITB, UI, and UGM. This research is vital to support domestic technological independence in recycling [2]. With the existence of circular economy incentive policies for the electric vehicle industry in Indonesia, it is hoped that synergy between academia and industry can be further strengthened.

Challenges in public and consumer awareness

Although electric vehicle adoption is increasing, consumer awareness regarding end-of-life battery management remains relatively low. Most people focus only on purchasing incentives and fuel cost efficiency. In reality, education regarding battery trade-in schemes is urgently needed to prevent illegal battery waste disposal by individual users [3].

The government needs to provide standardized and easily accessible collection points for used batteries. Without adequate infrastructure, education is merely theory that is difficult to put into practice. The National Research and Innovation Agency (BRIN) is currently working to develop pilot-scale recycling technology to address these infrastructure challenges [2].

Future strategies for the national battery industry

Indonesia has great potential to become a major player in the global battery supply chain through PT Industri Baterai Indonesia (IBC). IBC plans to integrate the value chain from upstream to downstream, including advanced recycling facilities [1]. This step must be accompanied by strong regulations regarding Extended Producer Responsibility (EPR).

By implementing a circular electric vehicle battery supply chain from mining to recycling, Indonesia can create new jobs based on green skills. This is not only economically beneficial but also ensures that the transition to electric vehicles is truly environmentally friendly [2]. Continuous public education will be the key to ensuring that the public can participate actively in this ecosystem [3].

Conclusion

Education and awareness regarding the circular economy are the foundation for the success of the electric vehicle industry in Indonesia. Synergy between the government, educational institutions, and the public is essential to face the challenges of future battery waste. With the right steps, Indonesia can lead a sustainable and environmentally conscious energy transition for future generations [2].

More Information

  1. Circular economy: An economic model that aims to minimize waste and maximize resource use through continuous cycles of reuse, repair, and recycling of materials within the industrial chain [1].
  2. Second-life battery: Electric vehicle batteries whose capacity has dropped below vehicle operational standards but still possess enough storage capacity for stationary energy use [2].
  3. Extended producer responsibility (EPR): An environmental policy that requires producers to be responsible for the management of their products after their useful life ends, including battery recycling [3].
  4. Hydrometallurgy: A chemical process for extracting valuable metals from used batteries using liquid solutions, which is considered more environmentally friendly than traditional combustion methods [2].
  5. BEV (KBLBB): Battery-based Electric Motor Vehicle, namely a vehicle driven by an electric motor and powered by a rechargeable battery [1].