Smart solutions for all aspects of the drive system offer ship operators and owners valuable insights into the performance and condition of their propulsion systems. By providing intelligent data acquisition systems as well as a web-based platform for data evaluation, SCHOTTEL covers all steps to profitably harness new digital potential.
For example, state-of-the-art condition monitoring systems, such as SCHOTTEL ProCMS, enable early detection of irregularities in the drive train. This predictive maintenance approach plays a major role in increasing the availability of vessels, reducing maintenance costs and making repairs easier to plan.
MariHub is the data acquisition and IoT Gateway solution from SCHOTTEL. It collects, analyzes and transfers signals from sensors, machinery and other ship equipment to an onshore cloud server.
With MariHub, the vessel operator benefits from data-driven services such as performance evaluations and on-board high-speed data processing for real-time condition analysis. The local recording in a ring buffer prevents the loss of data even if the internet connection is interrupted. It is available as a stand-alone system or integrated with SCHOTTEL's Automation Systems.
Signal collection from any ship equipment or sensor and safe transmission to a cloud
Data buffering and full offline functionality
Enabling condition monitoring applications for thrusters
Allowing remote commissioning support, failure diagnosis and updates
HMI display with dashboards, status information and setup options
Generation of alarms, e.g. when a limit value is exceeded
Knowing the condition of the propulsion equipment is key for the safe operation of the vessel and an efficient maintenance scheduling.
With ProCMS, operators benefit from a 24/7 condition analysis algorithm as well as regular monitoring by SCHOTTEL experts who provide recommendations for the right course of action at the right time.
Regular monitoring by SCHOTTEL experts including report creation and condition based maintenance proposals
24/7 monitoring including early failure detection directly on the vessel via spectral analysis of vibration data
Includes the analysis of sensor values like acceleration, velocity, bearing and oil temperature and water in oil saturation
Troubleshooting via remote connection