Calex bidirectional DC-DC control

Monitor and control a supported Calex bidirectional DC-DC converter inside BoatKit's normalized power model.

BoatKit
Calex
1Dedicated CAN2BoatKit3DC-DC control
Calex + BoatKit

Interactive demo coming soon

Connection checklist

What you need

Tablet

The dedicated 500 kbit/s CAN connection is not currently offered as a normal tablet-hosted integration. A tablet can view and control it through a dedicated BoatKit device.

Dedicated BoatKit device

Requires its own supported SocketCAN or USB-CAN interface on a dedicated device; the interface is not shared with another integration.

Hardware and network

  • A supported Calex bidirectional DC-DC converter
  • A dedicated SocketCAN or USB-CAN interface that is not shared with another integration

Account or license

No Calex cloud account is used. Confirm converter-model and firmware coverage, and follow the battery-system design limits for every control setting.

The Calex adapter owns a dedicated 500 kbit/s CAN connection, decodes converter state and diagnostics, and publishes the useful measurements into BoatKit’s shared power model. This is particularly useful in a mixed-vendor electrical system, where the converter can appear beside batteries, solar, AC input, and other energy sources rather than remaining an isolated device.

Supported control surface

Depending on the converter, BoatKit can expose bounded buck and boost voltage settings, current limits informed by battery state of charge or engine context, and explicit equalize runs. Configuration and equalize actions require administrator access and must follow the battery and vessel electrical design.

The CAN interface is dedicated to this integration and is not shared with another bus. BoatKit’s implementation is independent, so the exact converter model, firmware, interface, and supported controls should be confirmed before installation.