| Code |
BSL033B |
| Course unit |
Automatic electric power complexes of ships |
| Nomber of credits ECTS |
4.0 |
| Language of education |
Ukrainian |
| Learning outcomes of course unit |
- Knowledge and understanding of the theoretical foundations of electrical engineering and the theory of automatic control; electric drive and electric machines; fundamentals of power electronics and conversion technology; the principle of operation of ship electrical equipment; technology of electrical materials; electro-hydraulic and electro-pneumatic control systems.
- Knowledge of the main technical and operational parameters for assessing the efficiency of ship automated electrical power complexes.
- Knowledge of modern world achievements in the field of using alternative energy sources and their application in marine engineering
- Ability to maintain a balance between the amounts of energy generated and consumed on a ship, to distribute the load between generators, to carry out procedures for safely connecting consumers to the ship's network and disconnecting them.
- Knowledge of the structure, principle of operation and rules for technical operation of electrical systems and complexes, including generators, electric motors and switchboards.
- Knowledge of high-voltage electrical power technologies, safety equipment and procedures; ability to safely operate and maintain shipboard high-voltage systems
- Possession of organizational means and technical methods for saving electrical energy on board and saving fuel.
|
| Types of educational work |
lectures, practical classes, laboratory works, calculation and graphic work, course work, classroom control work |
| Type of final control |
|
| Content of course unit |
- The main elements of automated electrical power systems of ships, their technical and operational parameters, operating conditions and features.
- Energy parameters of ship's main and auxiliary sources of electrical energy.
- Use of ship's emergency sources of electrical energy and energy storage systems: batteries, uninterruptible power supply systems,
- Balance of electrical energy on the ship, calculation and selection of electrical sources and converters.
- Main energy parameters of DC and AC generators of AEPCS.
- Energy parameters of shaft generators and drive engines of ship's diesel- generators and turbo-generators.
- Parallel operation of ship's generators and transformers.
- Automated control systems for the distribution of active and reactive power during parallel operation of electrical power sources on the ship
- Emergency modes of operation of automated electrical power systems of ships and protection against them.
|
| Equipment (if applicable) |
Educational stands and simulators. Demonstration complex (projector and laptop with applied media programs)
|
