| Code |
MSL106B |
| Course unit |
Structural Setup and Functional Analysis of Marine Power Systems for Unmanned Surface Vessels |
| Nomber of credits ECTS |
3.0 |
| Language of education |
Ukrainian |
| Learning outcomes of course unit |
- Understand the principles of building electrical power systems for unmanned marine vessels (UMVs).
- Analyze the structure and composition of the main elements of ship electrical power systems (UMVs).
- Explain the principles of operation of electrical energy sources on a ship.
- Evaluate the efficiency of using energy storage systems.
- Analyze the structure of ship electrical networks and electricity distribution systems on the UVM.
- Study the operation of electrical drive systems for ship mechanisms of the UVM.
- Apply methods of automated and intelligent control of UVM electrical power systems.
- Use systems of intelligent monitoring and diagnostics of the technical condition of equipment.
- Analyze the operating modes of electrical power systems of autonomous vessels.
- Evaluate the reliability and safety of the functioning of the SEES on the UVM.
- Use mathematical models to study energy processes in the UVM.
- To analyze the efficiency of the functioning of the BMS electrical power systems.
- To integrate power systems with the BMS information and navigation systems.
- To assess the prospects for the development of electrical power systems of unmanned vessels.
|
| Types of educational work |
lecture classes, practical classes, laboratory classes, carrying out of a term paper. |
| Type of final control |
|
| Content of course unit |
- Introduction to the power systems of unmanned marine vessels. Basic concepts, classification and features of autonomous vessels. 2. Architecture of ship power systems. Basic structural elements and principles of their interaction.
- Sources of electric energy on unmanned marine vessels. Diesel generators, batteries, alternative energy sources.
- Energy storage systems. Battery systems, supercapacitors and their role in stabilizing energy processes in the BMS.
- Electrical networks and distribution of electricity on the BMS.
- Electric drive systems of ship mechanisms. Features of electric drives on autonomous vessels.
- Automated and intelligent control systems for ship power systems.
- Systems for monitoring and diagnosing the technical condition of the BMS equipment.
- Analysis of the operating modes of the electric power systems of unmanned vessels.
- Reliability and safety of the functioning of the electrical power systems of autonomous vessels.
- Mathematical modeling of ship electrical power systems.
- Methods of analyzing the efficiency of the functioning of the electrical power systems.
- Integration of electrical power systems with navigation and information systems of the BMS.
- Prospects for the development of electrical power systems of unmanned marine vessels.
|
| Equipment (if applicable) |
Educational and research ship laboratory equipment for studying processes in ship systems. Modern software tools are used to simulate processes in control systems. |
