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160W/5

5 devices charging

First to finish 25 min Five ports, sharing the full 160W.

Pick today’s way to charge

Active FluxAI® Demand-led power, reclaimed live

See the moment. Choose what comes next.

CanOS 2.0 · FluxAI®

Every watt finds its way.

Simple View brings the whole charger into one glance: what is charging, how much each device draws, and which one will finish first. Colour maps each stream to a port; length follows live output.

Five ports, sharing the full 160W.

Five colours map to A and C1–C4. Once allocation settles, the view returns to the charger’s live state.

Charging Modes

Choose how today charges.

FluxAI® for every day. Sleep Charge after dark. Choose the moment, and charging falls into place.

In a hurry? Focus power on the laptop. Turning in? Charge more gently overnight. Have a small device that is fussy about power? Give it the profile it needs. Or build your own strategy and save it as a custom mode.

Pick today’s way to charge

Vertical charging-mode list. FluxAI® is selected, with Sleep, Appliance Mimic, C1 Solo Turbo, Apple Lineup, and Custom modes available.

View details

FluxAI®

Demand-led power, reclaimed live

Power allocation
Power on demand
Temperature
Continuously monitored
Port connection
Held throughout

Choose for now. Learn from the record.

Full-stack OTA · Keeps evolving

The day it comes home is only the beginning.

From the interface and app firmware to fast-charge protocols, protocol-chip firmware, and FPGA logic, every layer of CoCan has a path forward.

One full-stack OTA can update the entire software and hardware stack. Devices change. Standards change. CoCan on your desk can keep evolving.

PD 3.1 → PD 3.2, AVS, and UFCS 2.0 have all reached chargers already in use over OTA. Once the update is complete, CoCan restarts automatically. On the next connection, the new capability is ready.

OpenClaw · MCP Service

Let your AI take control of CoCan.

AI CoCan now supports the open Model Context Protocol (MCP), connecting with AI agents including OpenClaw, Hermes, Claude Code, and Codex. They can read live port and charging data, call device capabilities, and schedule power — so an LLM can sense and control CoCan directly.

OpenClaw agent
CoCan MCP service

How is CoCan charging right now?

Model thinking

CoCan MCP called

OpenClaw CoCan MCP data returned

CoCan is currently charging across five ports, with total output at about 97.7W against the 160W limit.

Port Status Device / protocol Live power Temperature
  • Port A Not connected Unknown device / USB Legacy Charging 5 W Low
  • Port C1 Charging iPhone 16 Series / PD fixed high voltage 23.6 W Low
  • Port C2 Charging Unknown device / PD fixed high voltage 18.1 W Low
  • Port C3 Connected iPhone 15 Series / PD fixed high voltage 30.1 W Low
  • Port C4 Charging iPad Pro 14.1 / PD fixed high voltage 20.9 W Low

OpenClaw reads CoCan charging status through its MCP service. The conversation shows five ports, about 97.7W total output, and each port's status, device, protocol, live power, and temperature.

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