It also needs to be able to measure how it works.

Electric propulsion systems, battery systems and digital control infrastructures make it possible to constantly monitor a large number of operational data on modern boats.

Navarc's control and telemetry approach focuses on making this data meaningful both at the boat level and in commercial fleets.

Critical system data such as power demand, battery status, thermal areas and alarm information can be monitored via the captain's panel on the boat.

While this information helps the captain understand the current situation of the boat more clearly, collecting operational data over time paves the way for more comprehensive analyses.

For example, energy consumption values obtained from hundreds of trips carried out on the same line can be compared.

The effect of certain weather conditions on energy consumption can be seen.

It can be analyzed at which operational points the systems experience more difficulty.

In commercial fleets, this structure goes beyond a single vehicle.

Operating hours, energy consumption, system status and operational availability of multiple vessels can be monitored through KPIs at the fleet level.

This approach can support more data-driven decisions in maintenance planning and operations optimization.

According to Navarc, the marine vehicles of the future will not only be machines that provide transportation.

It will transform into digital engineering platforms that generate data every time, whose performance can be measured and make it possible to better understand the operation over time.