Zeno develops a battery-as-a-service platform that provides flexible energy storage and multi-modal charging solutions for electric motorcycles, enabling users to power their journeys affordably and efficiently. The company addresses the challenges of high fuel costs and unreliable energy access by offering a robust ecosystem that includes home chargers, swap stations, and destination fast chargers.
Funding
Funding not disclosed
Founders
Product
Problem
Electric motorcycle users in emerging markets face challenges due to high fuel costs and unreliable energy access, hindering their ability to affordably and efficiently power their journeys. Existing solutions often lack the flexibility to accommodate diverse charging needs and infrastructure limitations.
Solution
Zeno provides a battery-as-a-service platform that delivers flexible energy storage and multi-modal charging solutions tailored for electric motorcycles. The company offers a comprehensive ecosystem that includes home chargers, swap stations, and destination fast chargers, addressing the limitations of traditional fuel-based systems. Zeno's platform enables users to access power affordably and conveniently, supporting both mobility and grid-strengthening applications. The system is orchestrated via cloud-based software and IoT, streamlining route planning, payments, and maintenance.
Target Audience
The primary target audience includes electric motorcycle users in emerging markets who seek affordable, reliable, and flexible energy solutions.
Features
- Multi-modal charging ecosystem supporting home charging, swap stations, and destination fast chargers
- High-performance batteries balancing ergonomics, swappability, thermal management, power, and lifecycle
- Cloud-based software and IoT platform for route planning, payments, and maintenance
- Mobile app facilitating payments and flexible ownership via battery-as-a-service and financing options
- Virtual power plant services powered by swap stations and grid-tied home batteries
- Purpose-built powertrain optimized for power and efficiency