Function :
The intelligent cabin system for ships is a comprehensive system that integrates advanced sensor technology, automatic control system, real-time data processing, artificial intelligence algorithm, and remote communication technology. It aims to build comprehensive state perception capabilities for key cabin equipment such as ship propulsion system, power system, shafting, and auxiliary equipment. It possesses multi-system joint monitoring, fault warning, and trend prediction functions, effectively enhancing the safety, reliability, and intelligence level of ship operations. It provides scientific decision-making basis for ship operation and maintenance, and promotes the development of intelligent shipping.
400-101-5915
CN
400-101-5915
CN
Main functions of the systemApplication scenarios
Vibration monitoring and analysis of main propulsion
diesel engine;
Online monitoring and analysis of main propulsion diesel
engine lubricating oil;
Health analysis, evaluation, and decision-making
assistance for main propulsion diesel engines and diesel
engines for power generation;
Vibration monitoring and analysis of diesel engines for
power generation;
Health analysis, evaluation, and decision-making
assistance for diesel engines for power generation;
Vibration monitoring and analysis of shafting and
gearbox;
Health analysis, evaluation, and decision-making
assistance for shafting and gearbox;
Motor fault early warning and positioning;
Early warning and positioning of typical pump unit faults;
Health analysis, evaluation, and decision-making
assistance for auxiliary equipment;
Historical trend analysis of main parameters of cabin
equipment.
diesel engine;
Online monitoring and analysis of main propulsion diesel
engine lubricating oil;
Health analysis, evaluation, and decision-making
assistance for main propulsion diesel engines and diesel
engines for power generation;
Vibration monitoring and analysis of diesel engines for
power generation;
Health analysis, evaluation, and decision-making
assistance for diesel engines for power generation;
Vibration monitoring and analysis of shafting and
gearbox;
Health analysis, evaluation, and decision-making
assistance for shafting and gearbox;
Motor fault early warning and positioning;
Early warning and positioning of typical pump unit faults;
Health analysis, evaluation, and decision-making
assistance for auxiliary equipment;
Historical trend analysis of main parameters of cabin
equipment.
The intelligent cabin system is widely applicable to various
types of ships and ship-shore management platforms, covering
two major application directions: support for newbuilding
ships and intelligent retrofitting of old ships. In the field of
building of new ships, the intelligent cabin can serve as a core
configuration for intelligent ships, helping shipowners meet
intelligent classification specifications while enhancing the
added value of ship design and market competitiveness. In the
retrofitting of old ships, the system achieves intelligent upgrading
of the cabin through modular integration, supporting
real-time state sensing, fault prediction, and intelligent
decision-making, effectively extending the equipment lifecycle
and reducing operation and maintenance costs.
types of ships and ship-shore management platforms, covering
two major application directions: support for newbuilding
ships and intelligent retrofitting of old ships. In the field of
building of new ships, the intelligent cabin can serve as a core
configuration for intelligent ships, helping shipowners meet
intelligent classification specifications while enhancing the
added value of ship design and market competitiveness. In the
retrofitting of old ships, the system achieves intelligent upgrading
of the cabin through modular integration, supporting
real-time state sensing, fault prediction, and intelligent
decision-making, effectively extending the equipment lifecycle
and reducing operation and maintenance costs.
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