Course Outline:
Energy Management centers and their functions, architectures, and recent developments.
Characteristics of power generating units and economic dispatch.
Unit commitment (spinning reserve, thermal, hydro, and fuel constraints)
Solution techniques of unit commitment, Generation scheduling with limited energy.
Energy Production Cost, Cost-Models, Budgeting and Modelling, Interchange Evaluation for Regional Operations, types of interchanges, Exchange costing techniques.
Monitoring and Metering, Data Loggers for load measurements, light temperature.
Concept of Smart meter
- Teacher: imransarwar sarwar
Course outline
Integration in power systems distributed generation advantages and needs power system operation, Electric grid introduction supply guarantee and power quality, stability effects of renewable energy into the grid boundaries of the actual grid configuration consumption models and patterns, demand side management
unit4-190325111136-thumbnail-4.jpg- Teacher: Zahoor Ahmed
EE-503 Power System Protection
Course Outline
Theory of system and equipment protection, characteristics of relays, relay coordination, and system considerations. Power system fault performance, protective system goals, fault sensing and protection algorithms. Applications to generator, transformer, bus transmission line, and distribution line protection. Distributed generation and the connection to the grid
fundamentalsofpowersystemprotectionbyy-161012090735-thumbnail-4.jpg- Teacher: saeed zaman