| Code |
В03033В |
| Course unit |
Automated shipboard electric power system |
| Nomber of credits ECTS |
7.0 |
| Language of education |
Ukrainian |
| Learning outcomes of course unit |
- Knowledge and understanding of electrical technology and the theory of electrical machines; basics of electronics and power electronics; design and principle of operation of electric switchboards and electrical equipment; basics of automation, control systems and technology; devices, signaling and tracking systems; electric drive; technologies of electrical materials; electrohydraulic and electropneumatic control systems.
- Conceptual knowledge, including certain knowledge of modern achievements, in the field of electrical engineering and electromechanics, electronics and control systems and their application in marine engineering.
- Ability to make connections, distribute load and transfer from one generator to another, connection and disconnection of switchboards and switchboards.
- Knowledge of high voltage technology, safety measures and procedures; ability to perform safe operation and maintenance of high-voltage systems; knowledge of procedures for issuing personnel permission to work with high-voltage equipment.
- Knowledge of the structure, principle of operation and technical operation rules of electrical systems, switchboards, electric motors, generators, as well as AC and DC electrical systems and equipment.
- Knowledge of the device, principle of operation and rules of technical operation of control and safety systems of household equipment.
|
| Types of educational work |
lectures, practical classes, laboratory works, computational and graphical work, course work, class assessment |
| Type of final control |
|
| Content of course unit |
- Main elements and parameters of ASEPS, working conditions.
- Main and auxiliary sources of electrical energy.
- Emergency power sources, batteries, uninterruptible power supply systems.
- Electricity balance, calculation and selection of electricity sources and converters.
- Systems of self-excitation of direct and alternating current generators.
- Voltage Regulators and correctors of generators.
- Regulators of the frequency of rotation of prime movers of generators and shaft generators.
- Parallel operation of ship generators and transformers.
- Switching on synchronous generators for parallel operation.
- Distribution of active and reactive power between synchronous generators in parallel operation.
- Electricity distribution, electrical switchboards (main and emergency), protective and switching equipment and devices.
- Electric networks, cables and their calculation.
- Ship lighting and electronic heating devices, household appliances.
- Abnormal operation modes of ASEPS, and protection of generators, networks, diesel engines against them.
- Short circuits in ASEPS, electric arc, causes, types, consequences and protection.
- Control devices and algorithms of ASEPS.
- Systems of automatic control and protection of drive motors of generators.
- Transitional processes in ASEPS.
- Static and dynamic stability of ASEPS.
- Technical use, maintenance and repair of ASEPS.
- Emergency management.
|
| Equipment (if applicable) |
Educational stands and simulators.
Demonstration complex (projector and laptop with applied media programs)
|
