| Code |
В03045В |
| Course unit |
Energy management systems and general shipboard installations |
| Nomber of credits ECTS |
3.0 |
| Language of education |
Ukrainian |
| Learning outcomes of course unit |
- Knowledge of:
- history of development, structure, composition, purpose, technical characteristics of automation equipment
- basic operating principles of ship power plant management systems; operational principles of marine diesel engines speed regulstors;
- methods of calculating the parameters of ship regulators and methods of ship control systems modeling;
- principles of maintenance and repair of electrical, electronic measuring and control systems;
- structure, purpose, characteristics of remote automated control systems (remote automated control of the main engine );
- the main trends and prospects for the development of intelligent ship management systems.
- Skills:
- to set up control systems of ship power installations (SPI).
- calculate mathematical models of SPI objects
- to design control systems of SPI units
|
| Types of educational work |
lectures, practical classes, laboratory classes, calculation and graphic work |
| Type of final control |
|
| Content of course unit |
- General characteristics of ship automatic control systems (ACS), classification, composition and structure. Automation classes.
- Adaptive ship automatic control systems. Methods of adaptive adjustment of PID parameters - regulators in ACS units of SPI units. R. Kalman's method; table method of Kopelovich. Manual tuning for transient analysis.
- Principles of action of cascaded, multi-linked ship automatic control systems. Principle of self-steering vessels operation.
- Temperature control systems of cooling water and engine oil;
- Principles of construction of remote automated control of the main enginesystems. Electronic management of the main engine. The principle of operation of the pump-nozzle.
- Automation of ship boilers.
- Automation of the ship separator system.
- Automation of ballast and sanitary systems.
- Automation of the climate control system.
- Automation of the air compressor.
- Automation of the fire system.
- Automation of the engine room drainage system.
|
| Equipment (if applicable) |
Special software is used to simulate the operation of the ACS - simulator programs (SEERS, Virtual Engine room, MVTU) for the control of SPI units. Laboratory of remote automated control GROM, SHIPKA. |
