The electric vehicle (EV) ecosystem in Indonesia is undergoing a major transformation. Many startups are now turning to circular economy business models to improve operational efficiency. Key innovations include vehicle sharing services and battery swapping systems.

Implementing this model is crucial for the sustainability of the transportation sector. The Indonesian government continues to support the acceleration of this ecosystem through various strategic regulations [2]. These initiatives aim to accelerate the massive adoption of electric vehicles in the country.

The process of swapping electric motorcycle batteries at an automated station, which serves as the backbone of urban mobility. — Image created by AI

Understanding the circular economy concept for electric vehicles

The circular economy focuses on more efficient resource utilization. In the context of electric vehicles, this involves extending the service life of battery components. Companies no longer just sell products; they manage the material lifecycle responsibly.

This strategy includes repurposing batteries for secondary needs after their capacity declines. Subsequently, critical materials such as nickel and lithium are recycled back into the manufacturing supply chain. This step aligns with efforts toward circular economy for electric vehicle batteries: recycling and reuse strategies, which are becoming future industry standards.

The strategic role of battery-as-a-service for startups

The battery-as-a-service or battery rental business model provides a solution to the issue of high vehicle prices. By separating battery ownership from the vehicle, initial investment costs can be significantly reduced [3]. This is highly beneficial for ride-hailing transportation businesses.

Drivers do not need to worry about battery degradation or long charging times. They simply pay a subscription fee or use an affordable pay-per-use scheme. This system provides better operational flexibility for driver partners.

Indonesian government regulatory support

The Indonesian government has established a strong legal foundation to support this ecosystem. Presidential Regulation Number 55 of 2019 serves as a primary pillar in accelerating the battery-based electric motor vehicle program [1]. This regulation provides certainty for investors and startup players.

The government continues to promote the issuance of presidential regulations to accelerate the battery-based electric motor vehicle program to reach net-zero emission targets. This policy includes fiscal and non-fiscal incentives for participating companies. Synergy between the public and private sectors is the key to the success of this energy transition.

Battery swapping station integration and efficiency

The battery swapping system is a crucial innovation for commercial fleets. This technology cuts charging time from hours to less than 90 seconds [3]. This time efficiency directly increases daily income for online motorcycle taxi drivers.

Standardization of battery swapping stations is also a primary focus of the Ministry of Energy and Mineral Resources (ESDM). With good interoperability, a single station can serve various different electric vehicle brands [2]. This minimizes barriers for consumers in choosing vehicles that suit their needs.

Future challenges and opportunities

Despite having great potential, challenges in battery waste management remain. Advanced technology is needed to ensure the recycling process is safe and efficient. Further information on this can be found regarding critical metal recycling from electric vehicle batteries: new technologies and challenges in Indonesia.

Startups capable of integrating battery health monitoring technology (state of health) will have a competitive advantage. Remote monitoring allows companies to predict when a battery needs to be replaced or allocated for secondary use. This innovation will strengthen Indonesia’s position as a key player in the global electric vehicle supply chain [2].

Conclusion for stakeholders

The circular business model is not just a trend, but a necessity for the sustainability of the electric vehicle industry. For startups, focusing on battery efficiency and ease of access through rental systems is the key to growth. For policymakers, consistent regulatory support will accelerate technology adoption.

Collaboration between stakeholders is essential to build an inclusive ecosystem. With a shared commitment, Indonesia can achieve its target of greener and more efficient transportation. Let us encourage sustainable innovation for a better future of national mobility [1].

More Information

  1. Battery-as-a-Service (BaaS): A business model where users rent batteries separately from the vehicle, thereby lowering initial ownership costs and facilitating battery lifecycle management by service providers [1].
  2. Circular economy: An economic approach that aims to minimize waste and maximize resource use through durable product design, reuse, and material recycling [2].
  3. SPBKLU: Public Electric Vehicle Battery Swapping Stations that provide fast battery exchange facilities for electric vehicle users to improve operational efficiency [3].
  4. Second-life battery: The utilization of electric vehicle batteries with reduced capacity for secondary use, such as static energy storage systems for electrical grids [4].
  5. Net Zero Emission: A condition where the amount of carbon emissions produced is balanced by the amount of emissions absorbed, which is a primary target for the Indonesian government by 2060 [5].