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Application

Seabed & Oceanographic Monitoring

Long-duration seabed monitoring for CTDs and oceanographic instruments that need to stay down and keep working. Recharge in the field, watch the battery from shore, and turn a fixed-duration deployment into an open-ended one.

The challenge

What makes it hard

Stationary, non-cabled instruments — CTDs, dissolved-oxygen, turbidity and current sensors — are limited by one thing: how long their power lasts. Recovering an instrument just to swap or charge cells is a vessel day most programmes cannot spare, and in busy shipping lanes a small surface panel risks being run over. Operators also want to know the battery is healthy before they commit a boat to recovery.

How RemoteCon fits

The approach

An ANIK pack powers the instrument and recharges in place from a NOR floating solar panel — power-path charging means it tops up the battery while still running the sensor, so duration becomes open-ended. A LacusOrb buoy reads the pack over MODBUS and pushes state-of-charge, plus surface and water metrics, to the cloud several times a day over cellular or satellite. Integrated marker lights answer the collision risk, and the whole set can integrate into one housing — no separate marker buoy needed.

  • Recharge in the fieldNOR solar tops up the pack while it powers the instrument — open-ended deployments.
  • See the battery from shoreLacusOrb reports state-of-charge and water metrics to the cloud daily.
  • Safe in shipping lanesIntegrated marker lights and buoy housing address vessel-traffic risk.
  • Depth-rated & re-cellable1000–6000 m builds; packs are re-celled at end of life, not discarded.
Chosen for multi-month North Sea seabed CTD monitoring and long-duration oceanographic deployments.

Planning a deployment like this?

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