Anod develops hybrid super‑capacitor energy storage systems that replace traditional batteries in electric bicycles, logistics robots, and professional drones. E.
Funding
Funding not disclosed
Founders
Product
Problem
Electric bicycles, logistics robots, and professional drones rely on conventional lithium‑ion batteries that charge slowly, degrade after a limited number of cycles, and pose fire hazards, restricting performance and operational safety.
Solution
Anod offers a hybrid super‑capacitor energy‑storage system branded as S.A.F.E. technology that replaces traditional batteries in these platforms. The system delivers ultra‑fast charging—recharging in minutes rather than hours—while providing an exceptionally long cycle life that far exceeds typical battery endurance. By eliminating the chemical reactions that cause thermal runaway, the technology removes fire risk, enhancing safety for users and operators. Integrated power electronics and motor control enable seamless deployment in e‑bikes, autonomous robots, and professional drones, delivering high power density without compromising weight. The first commercial product—a fully functional e‑bike equipped with S.A.F.E.—demonstrates the practical benefits of rapid recharge, durability, and safety for next‑generation electric mobility.
Target Audience
Primary customers are manufacturers and system integrators of electric bicycles, warehouse and delivery robots, and professional-grade drones seeking high‑performance, safe, and low‑maintenance energy solutions.
Features
- Hybrid super‑capacitor cells that combine high energy density with rapid charge‑discharge capability
- Zero fire‑risk design achieved through solid‑state architecture and absence of flammable electrolytes
- Cycle life exceeding 100 000 full charge‑discharge cycles, reducing replacement costs
- Ultra‑fast recharge (full charge in under 5 minutes) enabled by high‑current acceptance
- Integrated motor and power‑management electronics for compact, plug‑and‑play installation
- Scalable module format adaptable to e‑bikes, logistics robots, and professional drones
- Lightweight construction optimized for mobile and aerial platforms