July 16, 2024
Indonesia’s Electric Motorcycle Battery-Swapping Market: An In-Depth Analysis
In 2025, Southeast Asia’s largest economy — Indonesia — stands at a historic turning point in its transportation energy transition. With a population of 280 million and over 130 million gasoline-powered motorcycles, this “kingdom of two-wheelers” is leading a green revolution known as “oil-to-electric” transformation. Learn more about the top 10 two wheeler manufacturers in Indonesia. The government’s goals are ambitious and clear: replace 1.8 million motorcycles with electric models by 2025, achieve 20% EV penetration by 2030, and ban the sale of gasoline-powered two-wheelers by 2040.
Within this grand policy narrative, battery swapping has rapidly emerged from a technical alternative to a core industrial breakthrough. Traditional charging is constrained by Indonesia’s low grid capacity — typically limited to 1,000W — making it impractical for delivery riders traveling over 150 km per day. Battery swapping, which can fully replenish energy in just 3–5 minutes, directly addresses riders’ key pain points: range anxiety and downtime loss.
In September 2025, China’s listed company Corun announced a strategic partnership with local Indonesian enterprise BBK, marking the entry of international capital and technology into Indonesia’s emerging battery ecosystem. A new round of industrial chain restructuring around small traction batteries is now underway.
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Market Foundations: Population, Economy, and Mobility Demand
The explosion of Indonesia’s battery swap market is rooted in its unique demographic structure, economic vitality and transportation realities.
A Large, Young Population Base
As the world’s fourth-most populous country, Indonesia boasts a population of approximately 280 million, 56.9% of whom are under 34, creating a vast young consumer base. Over half of the population is concentrated on the island of Java, with high population density in major cities like Jakarta and Surabaya. This creates a dense demand for instant delivery services like food delivery and express delivery, explore the top 10 food delivery platforms in the world, which are the core users of electric scooters and battery swapping models.
Steady Economic Growth and Rising Consumption
Indonesia boasts a GDP of approximately US$1.4 trillion (ranked 16th globally), a per capita GDP of approximately US$5,000, a stable economic growth rate of around 5%, and a continuously expanding middle class. Total retail sales of consumer goods reached US$682 billion, internet penetration was 66.5%, and mature online consumption habits provided fertile ground for the rise of “super apps” such as Grab, Gojek, and Shopee, and directly fueled a huge demand for efficient, low-cost delivery capacity.
Motorcycles Dominate Urban Mobility
Approximately 70% of roads in the country are unpaved, resulting in severe congestion in major cities like Jakarta year-round, resulting in economic losses exceeding tens of billions of dollars annually. Motorcycles, with their flexibility, have become a necessary solution to congestion, serving as a primary means of transportation for commuting and logistics.
Indonesia is the world’s second-largest motorcycle market, with over 120 million gasoline-powered vehicles on the road. However, the electric vehicle penetration rate is expected to be only 2% by 2023, creating enormous market potential. The government’s push for a shift from gasoline to electric vehicles is driven not only by environmental concerns but also by the need to improve urban transportation efficiency.
Key Growth Drivers: Policy, Scenarios, and Technology Synergy
Indonesia’s battery swapping market is gaining momentum, driven by strong policy support, rising application demand, and rapid technological adaptation. Discover the top 10 advantages of EV battery swapping to understand why this market is accelerating so quickly.
Strong Government Policy Support
The Indonesian government has provided clear signals and long-term expectations to the market through clear phased targets (1.8 million units by 2025, 20% penetration by 2030) and a long-term plan (banning the sale of fuel-powered vehicles by 2040). The government not only supports electric motorcycle manufacturing but also actively participates in standard setting, creating a favorable policy environment for the promotion of battery swapping.
Explosive Growth In Food Delivery and Logistics
Indonesia’s food delivery market reached $4.3 billion in 2023, ranking second in Southeast Asia, and the e-commerce market is projected to exceed $100 billion by 2025. The three major platforms—GrabFood, Gojek (GoFood), and ShopeeFood—are fiercely competitive and highly sensitive to delivery efficiency and rider costs.
The battery swap model reduces riders’ daily energy costs by approximately 40% compared to fuel vehicles and eliminates engine maintenance costs, directly increasing their actual income. It has become a key tool for platforms to increase rider loyalty and operational efficiency.
Battery Swap Technology Offers a Breakthrough
Faced with Indonesia’s weak power grid infrastructure, the battery swap model reduces charging time from hours to a three-minute swap, effectively addressing the range anxiety of professional riders. The partnership between Corun and BBK not only provides efficient battery swap services but also plans to introduce blockchain technology for digital management of battery assets.
This is expected to enable the tokenization of real-world assets (RWA) in the small power battery sector, injecting financial innovation into the industry and improving asset circulation efficiency and management transparency.
Competitive Landscape: Local Strength Meets Global Collaboration
Currently, Indonesia’s battery swap market has formed a diversified competitive landscape, with both local giants and international brands testing the waters through cooperation.
Leading Local Battery Swapping Companies
- Swap Energy: Indonesia’s largest battery swap brand, with over 2,000 stations deployed across core areas like Jakarta and Bali, holds a market share exceeding 70%. Its sister company, Smoot, offers electric motorcycles priced at $1,100, with battery swaps costing only 40%-60% of fuel costs, creating a closed loop of “vehicle + battery + service.”
- Gesits : A local electric motorcycle brand that has received government support is actively developing a battery swap network and expanding the market by leveraging policy advantages.
International Cooperation Models
- Gogoro : Cooperating with a Taiwanese brand – gogoro battery swapping, it piloted battery swapping in Indonesia with local giant Gojek. Initially, it invested in 4 battery swapping stations and 250 electric motorcycles, and promoted it with the help of Gojek’s huge rider network.
- Farasis Energy: Cooperating with Southeast Asian operator Moli Power, it provides a full-link solution of “battery-electric motorcycle-battery swap cabinet-cloud platform”. Its products are optimized for Indonesia’s high-temperature environment and support high-rate discharge, demonstrating the advantages of Chinese companies in technology adaptation.
- Corun + BBK : This cooperation not only involves battery swapping operations, but also focuses on building a complete industrial chain of “battery production – battery swapping operations – battery recycling”, intending to control the value of the entire life cycle of batteries from the source. It is one of the most complete cooperations in the current industrial chain layout.
Challenges and Market Entry Strategies
Despite the promising prospects, entering the Indonesian market still requires overcoming multiple challenges.
Localized Payment And Settlement Systems
Battery swap services involve multiple processes, including user payment, platform revenue sharing, operator revenue sharing, and credit payments (e.g., pay later). Integration with mainstream Indonesian e-wallets (such as GoPay, OVO, and DANA) and banking systems is essential to building a stable and efficient payment and settlement system. This is the foundation for the service’s implementation.
Finding reliable local partners
Going it alone won’t lead to success. A collaborative strategy combining technology and localized operations is a wise choice. For example, Corun’s partnership with BBK provides local operational experience, customer connections, and policy understanding, while Corun contributes battery technology and production management capabilities. This allows for complementary advantages and rapid implementation of solutions.
Deeply Localize Services and Cultivate User Awareness
A deep understanding of Indonesian users’ usage habits, cultural attributes, and consumer perceptions is essential. For example, differentiated packages and services can be designed for different regions and rider groups (food delivery, express delivery, and private users). Furthermore, resources must be invested in market education to change user perceptions of electric vehicles and battery swapping models and build trust.
Future Outlook: From Battery Swapping to Smart Logistics Ecosystem
The development of Indonesia’s battery swap market will not only be limited to the two-wheeled vehicle sector, but will also extend to broader logistics and transportation intelligent services.
Synergistic Growth in the Logistics Market
Indonesia’s logistics market is expected to reach US$131.2 billion in 2024, with e-commerce logistics, third-party logistics (3PL), and express parcel delivery (CEP) markets all maintaining rapid growth. Battery swapping offers an efficient refueling solution for light electric trucks and logistics tricycles. Combined with intelligent sorting, automated guided vehicles (AGVs), and route optimization technologies, it will drive the full electrification and intelligentization of urban terminal delivery.
Deepening of the industry chain and financial innovation
In the future, battery swap operators will focus more on full lifecycle management of batteries, maximizing their value through recycling and cascade utilization (such as energy storage). Blockchain-enabled RWA tokenization has the potential to securitize battery assets, attracting broader capital participation and accelerating network expansion.
Standardization and Network Effects
The current market faces inconsistent standards. In the future, promoting the standardization of battery interfaces and communication protocols, and achieving interoperability across brands and operators, will be key to improving user experience and expanding network effects.
Conclusion
Indonesia’s battery swap market is undergoing a systemic transformation driven by policy, fueled by scenarios, and enabled by technology. It’s not just about the electrification of transportation; it’s also about the reconstruction of urban energy infrastructure and a revolution in logistics efficiency. For businesses, this presents both a tremendous opportunity and a daunting challenge.
The key to success lies in building a complete value chain from production and operations to recycling, based on localized collaboration, centered on user needs, and driven by technological innovation . With continued investment from companies like Corun, BBK, and Swap, Indonesia is poised to become one of the most mature and dynamic markets for small-power battery swaps globally, providing a valuable “Indonesian paradigm” for other emerging markets worldwide.
Who we are
TYCORUN is a leading company in the battery swap industry, focusing on the research and development and manufacturing of battery swap stations and lithium-ion batteries. We are committed to providing efficient and sustainable energy solutions for electric two-wheeled vehicles such as electric motorcycles, electric tricycles, and electric scooters, explore battery swapping vs charging station which is better.
Willow
Willow is a materials engineer with a Master’s degree in Materials Science and Engineering, specializing in lithium-ion battery materials and energy storage technologies.
Her work focuses on EV battery swapping solutions, battery innovation, and new energy industry trends, aiming to translate research insights into practical applications for sustainable transportation.
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