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  • EE

  • DEPT & CENTRES

    Departments

    • Automatic Control
    • Communication Networks
    • Communication Theory
    • Electric Power Systems
    • Electrical Energy Conversion
    • Electromagnetic Engineering

    • Fusion Plasma Physics
    • Industrial Information and Control Systems
    • Micro and Nanosystems
    • Signal Processing
    • Space and Plasma Physics

    Centres

    • ACCESS Linnaeus Centre
    • Swedish Center of Excellence in Electrical Power Engineering
    • SweGRIDS
  • EDUCATION

    Master/Engineering Degree

    • Master of Science in Electrical Engineering (300 hp)
    • Engineering degree in Electrical Engineering (180 hp)

    Master's programmes

    • Electric Power Engineering
    • Electrophysics
    • Information and Communication Technologies (Erasmus Mundus)
    • Network Services and System
    • Smart Electrical Networks and Systems (EIT)
    • Systems, Control and Robotics
    • Wireless Systems

    Graduate education

    • Doctoral programme in Electrical Engineering
    • EIT PhD track in smart electricity grid and storage
    • Graduate school in Networked Systems

    Student at EE

    • Programme Administration
    • Student Office
    • Courses Part of Programme
    • Courses at EE
    • National Thesis Pool (sv)

    KTH Student Web

  • RESEARCH

    Departments

    • Automatic Control
    • Communication Networks
    • Communication Theory
    • Electric Power Systems
    • Electrical Energy Conversion
    • Electromagnetic Engineering

    • Fusion Plasma Physics
    • Industrial Information and Control Systems
    • Micro and Nanosystems
    • Signal Processing
    • Space and Plasma Physics

    Centres

    • ACCESS Linnaeus Centre
    • Swedish Center of Excellence in Electrical Power Engineering
    • SweGRIDS

    The converter that reduces energy losses by a factor of ten

    Researchers at Electrical Energy Conversion have developed an energy converter with an efficiency close to 100 percent.

    The converter that reduces energy losses by a factor of ten

  • COLLABORATION

    EE Strategic Research Areas

    • Energy and Electric Power
    • Information and Communication Technology
    • Intelligent Transport Systems
    • Microsystems Technology
    • Space, and Fusion plasma

    Research Centres

    • ACCESS Linnaeus Centre
    • Swedish Center of Excellence in Electrical Power Engineering
    • SweGRIDS

    KTH Research Platforms

    • Energy
    • Information and Communication Technology
    • Life Science Technology
    • Transport

    European collaboration

    • EIT ICT Labs
    • EIT KIC InnoEnergy

    New frontiers in Positioning

    The School of Electrical Engineering is collaborating on indoor positioning systems with the Indian Institute of Science, Bangalore.

    See how the School's researchers are opening up new frontiers in positioning

  • ABOUT EE

    News

    • Calendar
    • News

    Internal Information

    • EE Intranet
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    Facts

    • About the School
    • Organisational diagram
    • Facts and figures
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    Organisation

    • Laboratories
    • Research Centres
    • Dean and Vice Dean
    • Strategic Advisory Council
    • Executive Committee
    • Undergraduate Studies Council
    • Doctoral Program Executive Committee

    Stefan Öslund, Dean

    Apart from being the Dean of KTH School of Electrical Engineering, Stefan Östlund is also professor of Electric Power Engineering, specializing in electric railway traction.

    Read more about Stefan Östlund

  • CONTACT

    Contact with EE

    • Management and key functions

    Press contact

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    IT support and web

    • Contact IT support and webmaster

    KTH School of Electrical Engineering
    Osquldas väg 10
    100 44 Stockholm
    08-790 60 00

    communications@ee.kth.se

    Research labs

    • Contact labs

    Research centres

    • Contact research centres

    Dean

    • Stefan Östlund

    Vice Dean

    • Mikael Skoglund

    Head of Administration

    • Lise-Lotte Wahlberg

    Undergraduate education

    • Joakim Lilliesköld

    Graduate education

    • Håkan Hjalmarsson

    Programme directors

    • Contact programme directors

    Search employee



Sections
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School of Electrical Engineering
EE på svenska
KTH / Electrical Engineering / About EE / Organisation / Laboratories / Electric Power Systems / Research / Research projects

Research projects

Title
Adaptive control of flexible power system components
Analysis of the dynamic impact of large wind parks on power system stability
Coordination of system protection and HVdc/FACTS controllers to mitigate cascading failures in large interconnected power systems
Fast fault detection in distribution systems
Future feeding system for railroads
Methods for risk analysis in power distribution networks
PMU-signal-based control of Power System Stabilizers
Regulation for efficient use of transmission systems on electricity markets
Renewable energy sources on the electricity market
Restoration of power system, risk analysis
Security-centered coordinated control for efficient use of ac-dc controllable transmission systems
  • Open PhD positions

Research

  • EPS research
  • Electricity Market Research Group
  • Electricity Markets and Production Planning
  • Power System Stability and Control
  • Power System Network Planning
  • Smart Transmission Systems SmartTS Lab
  • Smart Transmission Systems SmartTS Lab
  • SmarTS Lab-STRONgrid Wide-Area Visualization Applications
  • Publications

KTH

  • Study at KTH
  • Research
  • Cooperation
  • About KTH
  • Student at KTH
  • KTH Intranet

Departments

  • Automatic Control
  • Communication Networks
  • Communication Theory
  • Electric Power Systems
  • Electrical Energy Conversion
  • Electromagnetic Engineering
  • Fusion Plasma Physics
  • Industrial Information and Control Systems
  • Micro and Nanosystems
  • Signal Processing
  • Space and Plasma Physics

Competence centres

  • ACCESS Linnaeus Centre
  • Swedish Center of Excellence in Electrical Power Engineering
  • SweGRIDS

Contact

School of Electrical Engineering School of Electrical Engineering Osquldas väg 10 100 44 Stockholm Sweden +46 8 790 60 00 communications@ee.kth.se 59.3499 18.0672 View on map
Management and key functions