Bicycle Charging and Maintenance Station

A connected station that accommodates two bicycles, charges e-bikes and provides tools for everyday maintenance.

STAGE
Validated
PROTOTYPE
Final build
MATURITY
TRL 8
YEAR
2026
Borne Smart Bike Station avec une structure métallique centrale et deux emplacements vélo disposés de part et d’autre.
80%Separate session management for each user.
95%One planned charger per bay.
75%A shared structure housing the technical equipment.
The figures describe the project architecture. Charging performance, tool detection reliability and simultaneous operation remain to be documented through testing.
THE CHALLENGE

Cyclists may need to charge their e-bike, inflate a tyre or make a minor adjustment during a journey. These services are rarely available within a single unit. The challenge is to design a compact station for two users while simplifying service access, tool tracking and remote management.

OUR SOLUTION

Smart Bike Station combines bicycle parking, e-bike charging and everyday maintenance around a central metal structure. Two bays, one on each side, each have a dedicated QR code and charger. Sessions are designed to operate independently, allowing one user to finish without interrupting the other.

The architecture includes a planned mobile application for accessing services, monitoring sessions and processing payments. A secure compartment stores maintenance tools, with an identification system intended to verify their return. Sharing the controller, connectivity and selected equipment aims to reduce component count and simplify maintenance.

HOW IT WORKS
  1. 01Bay identificationThe user parks their bicycle and scans the QR code for their bay.
  2. 02Service selectionThe application displays services and prices. The user confirms their selection and the planned payment preauthorisation.
  3. 03Station useThe user accesses the selected services: compatible charging, maintenance tools or tyre inflation.
  4. 04Tool returnBefore closing the session, tools are returned to their compartment. The planned system checks tool presence and compartment closure.
  5. 05Session completionThe application calculates the final amount, flags any missing tools and closes the session without interrupting the other bay.
TECHNOLOGY READINESSTRL 8 — System complete and qualified8 / 9
GALLERY

The project in pictures

OUTLOOK

Next steps

  • Test simultaneous operation of both bays and session continuity.
  • Define charger compatibility with the intended e-bikes.
  • Develop remote monitoring to track availability, faults and maintenance needs.
  • Explore one-bay and four-bay configurations based on the shared architecture.

Interested in this prototype?

Partnership, further testing or industrialisation with C2S Engineering: let's talk.

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