Power System Dynamics, Operation and Control

We are working for a sustainable society. Our aim is to develop models, methods, tools, and control strategies to maintain a secure and reliable operation of power systems in a cost effective manner.

With a vision of a power system with 100% renewable energy sources our main research focuses are on:

  • The enhancement of stability of power systems
  • Modern and reliable power systems
  • Centralized and distributed control systems
  • design and implementation of advanced control methods

The constraints which threaten/affect the stable operation of power system are being dealt and investigated thoroughly in our research group. Mathematical models are designed to study the steady-state and dynamic behavior of system under different circumstances. The challenges faced by modern powers systems are examined mathematically and analytically to provide solutions by designing control strategies. These control strategies are implemented and verified using different scientific tools.

Research is also being carried out on the behavior and impact of modern power system devices, such as FACTS and HVDC devices, on stability and reliability of power systems. Control strategies are also designed to implement on these devices to enhance their effectiveness and positive impact on system’s operation.



Project Presentation: Muhammad Shoaib Almas.pdf (pdf 804 kB)

PhD Students

Project Presentation: Muhammad Taha Ali.pdf (pdf 506 kB)

Project Presentation: Dimitrios Zografos.pdf (pdf 553 kB)

Project Presentation: Marina Oluic.pdf (pdf 461 kB)

Project Presentation: Danilo Obradovic.pdf (pdf 494 kB)

Project Presentation: Angelica Clark.pdf (pdf 520 kB)

Project Presentation: Kaveh Paridari.pdf (pdf 387 kB)

Project Presentation: Fabian Hohn.pdf (pdf 383 kB)

Project Presentation: Tin Rabuzin.pdf (pdf 761 kB)

Project Presentation: Oscar Utterbäck.pdf (pdf 388 kB)

Page responsible:Web editors at EECS
Belongs to: Electric Power and Energy Systems
Last changed: Feb 23, 2019