Système Anod S.A.F.E. – supercondensateurs hybrides, moteur et électronique pour vélos électriques

A COMPLETE SYSTEM FOR THE BIKES OF TOMORROW

Hybrid supercapacitors, high-efficiency motor, intelligent electronics and software: Anod offers a complete and connected solution.

Supercondensateurs hybrides Anod S.A.F.E. pour stockage d’énergie vélo électrique
A new type of stocker

Hybrid Supercapacitors S.A.F.E.

Our hybrid supercapacitors are available in various capacities and integration modes, to replace any battery. Safer, faster to recharge, more durable with the same level of autonomy.

Moteur Anod S.A.F.E. en vue éclatée pour intégration sur vélos électriques

A unique engine

More than just an engine: a revolutionary architecture, designed by Anod to deliver exceptional performance, powerful torque, and unparalleled energy recovery.

An extraordinary performance.

In Eco mode, the Anod motor consumes almost 3 times less than the market leaders to provide assistance representing 80% of the effort made by the cyclist.

Carte électronique Anod S.A.F.E. avec intelligence embarquée pour vélos électriques

An unprecedented level of embedded intelligence

Our controller and software optimize energy, assistance, and safety in real time, for a simple and intuitive experience.

Détail roue et pédalier du vélo électrique Anod équipé de la technologie S.A.F.E.

Available for your next bike

Integrate our system into your next bike today. Contact us to discuss your next integration together.

FAQs

Hybrid supercapacitors offer slightly lower energy density. But thanks to our complete system (motor, electronics, energy management), we achieve equivalent autonomy, with even higher efficiency and much faster recharging.

Yes. The S.A.F.E. technology is designed as a modular system that can be integrated into different bike frames and architectures, from urban e-bikes to cargo bikes.

Yes, the system adapts to the constraints of your bike model because it is designed as a modular system.

No, our system is necessarily composed of hybrid supercapacitors.