Abstract:

Study subjects: The structure of the national electricity system, electrical characteristics of the transport system, capacitors and coils in the power supply system,

Abstract:

Models for analyzing the power system under unstable conditions.

Symmetrical and asymmetrical short currents in three-phase systems. Mechanical and thermal forces in short states.

Transient phenomena in the supplier's systems due to switching and lightning events. Analysis of dynamic and static stability of power systems.

Corona phenomenon and its effect (optional).

Abstract:

The course covers basics of power processing and power management.

Theory and analysis of electrical quality of non-sinusoidal and

sinusoidal systems are described with the following factors:

power factor, distortion factor, displacement factor and THD.

The structure, operation principle and characteristics of

major power devices such as Power Diode, Power BJT, Power Mosfet,

Thyristors (SCR, TRIAC, DIAC, GTO, IGBT, MCT) are presented.

Loss free resistor (LFR)

The structure, operation principle, waveforms and analysis of

DC to DC switching converters are presented for BUCK, BOOST,

BUCK-BOOST and FLYBACK converters, as well as PWM and PWM control IC,

at CCM and DCM modes.

Single and 3 phase rectifier's circuits, half and full bridge DC to

AC inverters circuits are described: structure, operation principle,

waveforms and analysis

The student will get some basics on planning and design power

Abstract:

The course focuses on photovoltaic electricity generation.

In the course, we will study about:

- The sunlight and the energy enclosed in it

- The photovoltaic system parts - the photovoltaic cell and panel, the inverter, and the related electrical switching equipment.

- Off-grid photovoltaic systems