Chidorinow technology

Technology that fits the product.

Chidorinow combines nanostructured active regions, conductive pathways and controllable power behaviour to explore adaptable energy for wearables and other compact devices.

Daylight render of Chidorinow technology stack and perpetual charging platform

Nanostructured active regions

High-surface-area structures designed to participate in the electrochemical process.

Adaptive conductive pathways

Electrical routing intended to support different operating profiles.

Low-voltage system integration

Power management, protection and device electronics designed as a complete system.

How it works

From active material to useful output.

Each layer has a clear role. The architecture is developed together with the electronics and target application.

01

Active regions

Create electrochemical surface area.

02

Conductive network

Connects and balances energy flow.

03

Power management

Conditions output for the device.

04

Safe output

Delivers a controlled application profile.

Wearable integration

Technology must fit the product.

A battery architecture is useful only when it integrates with the thermal interface, electronics, protection, enclosure and user experience.

  1. 01Flexible energy input module
  2. 02Thermal and mechanical interface
  3. 03Power-management electronics
  4. 04Adaptive battery module
  5. 05Wearable electronics and housing
Exploded view of integrated Chidorinow platform components

The shift

From fixed behaviour to configurable operation.

Conventional approach

One fixed electrical role.

  • Configuration set at manufacturing
  • One operating profile
  • Device designed around battery limits
Chidorinow direction

Multiple selectable states.

  • Architecture designed for reconfiguration
  • Application-specific electrical profiles
  • Battery and device co-engineered

Technology partnership

Evaluate the architecture for your device.

Discuss an application →