Key Takeaways
- Decentralized charger networks are an emerging type of DePIN that connect EV drivers to charger owners.
- Platforms like charge.xyz are focused on peer-to-peer use cases.
- The concept is now being applied to battery swap networks, too.
Electric Vehicle (EV) charger networks are ideal candidates for the application of blockchain-based decentralized physical infrastructure networks (DePINs).
Network operators are exploring blockchain solutions, with some making the first steps toward becoming fully-fledged DePINs.
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EV Infrastructure Challenges
As the world transitions to EVs, one of the most pressing challenges is scaling up the physical infrastructure—the charging stations, grids, and maintenance systems needed to keep vehicles on the road.
Centralized approaches to building and maintaining this infrastructure have proven to be slow and expensive, often relying on state support to advance projects.
In contrast, DePINS promises to accelerate deployment through community ownership, token incentives, and permissionless participation.
Use Cases for EV DePINS
Different models have been proposed for the application of DePINS to EV infrastructure challenges.
For example, charge.xyz operates as a peer-to-peer charger network, connecting drivers to owners of EV chargers.
Payments are settled in $CHARGE, the platform’s native utility token on the peaq blockchain. Meanwhile, a system of smart contract-based access control and decentralized identifiers handles authentication and logs charging time.
Other projects are looking to go one step further.
For example, Minima’s partnership with Online Payment Platform (OPP) partially abstracts away the crypto aspect, letting EV owners pay in fiat.
Beyond decentralized charger networks, DePINS are being used to streamline EV charging in other ways.
Hivemapper, a DePIN for decentralized mapping, can be used to locate the least-congested charging stations.
Meanwhile, projects like Gaia-X 4 Future Mobility are exploring DePIN solution for EV fleet coordination that could help schedule charging and locate chargers more efficiently.
Battery Swapping
EV battery swap networks are an emerging alternative to traditional plug-in charging. In these networks, drivers exchange a depleted battery for a fully charged one at specialized stations.
The process takes minutes, often faster than refueling a gasoline car, and is ideal for high-usage fleets, taxis, and logistics operators.
Like EV charging, battery swapping is also getting the DePIN treatment.
On July 23, IoTeX partnered with the Chinese EV infrastructure startup, U Power, to enable tokenization and lifecycle management of U Power’s EV charging and battery swap stations in China and Southeast Asia.
“Integrating a DePIN model fundamentally enhances user experience by bringing increased transparency, trust, and operational efficiency to our EV infrastructure,” U Power Chairman François Miqueu said in comments to CCN.
The firm plans to explore “innovative token-based incentives” to encourage both EV drivers and U Power’s franchise operators to optimize asset performance, he added
Utilizing EV Data
Turning U Power’s battery-swapping network into a DePIN also creates new opportunities to capture and utilize EV data.
“EV charging and battery-swapping infrastructures generate a significant range of critical operational data, including real-time equipment usage rates, power consumption patterns, battery health diagnostics, environmental conditions, and user behavior patterns” which network operators use to optimize performance, IoTeX CEO Raullen Chai explained to CCN.
Leveraging a DePIN infrastructure not ensures data authenticity and security, “but also unlocks significant opportunities including the creation of new data-driven revenue streams [and] improved decision-making analytics,” he added.
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James Morales is CCN’s blockchain and crypto policy reporter. He has been working in the news media since 2020, writing about topics such as payments, banking and financial technology. These days, he likes to explore the latest blockchain innovations and the evolving landscape of global crypto regulation.
With an educational background in social anthropology and media studies, James uses his platform as a journalist to explore how new technologies work, why they matter and how they might shape our future.
