Learners will learn the power system concepts, various power system components, power system behaviour, load flow analysis, modelling of power system networks and stability enhancement methods in power systems.
The ‘Power System Analysis and Stability’ is a fundamental course in the branch of electrical and electronics engineering, which deals with modelling and analyzing of the entire power system which consists of various components such as generators, power transformers, bus bars, circuit breakers, transmission lines, loads etc. This course also provides exposure to industrial software tools like ETAP (Electrical transient and analyser program) and PSCAD (Power system computer aided design). Our present-day power system is a giant network with interconnected systems and requires extensive power system studies at almost all stages of its planning, operation and control. Power plants generate myriads of gigawatts of power every day, further, the power is carried to the consumer premises with the aid of transmission lines and distribution lines. While transporting power from generating station to consumer premises, the system may come across many challenging phenomena such as, overload, short circuit, and other types of faults. Therefore, ‘Power system analysis and stability’ is an important course for every practicing engineers should know to become a good power system protection engineer or transmission and distribution engineer.
Upon completion of this course, the learner will be able to understand various aspects of power systems, perform analysis and modelling on power systems and identify the stability enhancement methods in power systems.
- Per unit analysis
- Power flow studies or load flow analysis
- Fault calculations and analysis
- Power system stability analysis
- Synchronous machine modelling and representation in stability studies
- AC-DC load flow analysis
- Voltage enhancement methods
- Power transmission and distribution
- Industrial power system analysis
- Practitioner's approach to power system protection and switchgear
- Power system operation and control
- Renewable energy and power evacuation
- Smart grid technologies
- Electrical power distribution engineering and automation
- Integrated engineering of MV substation
- Microprocessors and applications – a practical approach
- Embedded system design
- FPGA design for industrial applications (VLSI)
- Digital image processing
- Micro electro mechanical systems
- Control system engineering
- SCADA and substation automation
- Electric vehicles and control
- Wireless sensor networks and 5G technology
- Pervasive computing for industry 4.0
- Advanced electrical system design for buildings
- Extra low voltage system design for buildings
Area of Expertise:
Control Systems, Reduced Order Modelling, Digital Control, Power Systems, Magnetic Levitation
Area of Expertise:
Embedded Systems Optical & Wireless Communication, Low Power VLSI Systems
Area of Expertise:
Electrical Substation & Power Distribution, Industrial & Building Electrification
Area of Expertise:
Thermal Power Projects
Area of Expertise:
Power Generation, Transmission & Distribution, EPC Contracts, Consultancy, PMC
Area of Expertise:
VLSI & Signal Processing, Power Electronics, Embedded systems
Area of Expertise:
Power System Analysis, Transmission & Distribution, High Voltage Engineering
Area of Expertise:
Signal Processing, Wireless Sensors, RFID and Pervasive Computing