• Frederiksborgvej 399, 115, S39

    4000 Roskilde


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PhD projects

Hybrid Power Plants, Power System Balancing

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Personal profile



  • Wind Energy
  • Hybrid Power Plants
  • Renewable Hybrid Plants
  • Integration of Renewable Generations in Power System
  • Power Systems Balancing
  • Weather dependency of Power Systems
  • Active Distribution Network

Teaching & Education

  • Coordinator - MSc in Sustainable Energy - Wind Energy study line
  • Coordinator - Nordic Five Tech Master in Innovative Sustainable Energy Engineering - System Integration of Wind Power study line
  • 46230 : Power system balancing with large scale wind power
  • 46W27 : Grid connection and integration of wind power
  • Individual courses :
    • Hybrid Wind Power Plant
    • Optimization in Wind Energy
    • Modelling and control of wind and solar power plants

Research Projects

Currently working in 8 national/international research projects. Previously worked in 6 research projects which have now been completed.

  • Cooperating agent in IEA Wind Task 50 on Hybrid Power Plants
  • EUDP project REALISE on Hybrid Power Plant design and operation
  • EUDP project HybridStorage on hybridisation of different storage technologies
  • MSCA-ITN project WinGrid on grid support from wind and hybrid power plants
  • Indo-Danish IFD project HYBRIDize on sizing and operation of hybrid power plants
  • EU H2020 project FarmConners on wind power control
  • Forskel project NetVind on active distribution network
  • Forskel project NSON-DK on power system balancing
  • Forskel project OffshoreWake on impacts of wakes on power system balancing
  • EU InterReg project Baltic InteGrid on wind power integration in Baltic countries
  • EU FP7 project iTESLA on power system resilience

PhD Supervisions

  • Charbel Assad: Sizing of Hybrid Wind Power Plants considering operational strategies (Supervisors: K. Das, J. P. Murcia Leon, K. Dykes, S. Ghazouani)
  • Control systems for hybrid power plants (Supervisors: P. Sørensen, K. Das, A. D. Hansen, R. Yan)
  • Optimization and Control of Wind, Solar and Storage in Hybrid Power Plants (Supervisors: P. Sørensen, K. Das, A. D. Hansen)
  • Wind power plant support for weather dependent active distribution networks (Supervisors: A. D. Hansen, K. Das,  M. Koivisto)

Professional Activities

  • Editor - Energies: Special issue on "Coordinated Control of Wind Power in Power Systems with a Large Share of Renewables"
  • PhD Evaluation - Universidad Politecnica de Cartagena, Spain
  • Task Group
    • Operating agent on IEA Wind Task on "Hybrid Power Plant"
    • Working Group Member - WindEurope: System Integration "Hybrid Power Plants"
    • Joint Working Group - Member of CIGRE JWG C6/C2.34: "Flexibility provision from Distributed Energy Resources"
  • Advisory Committee
    • International Hybrid Power Systems Workshop
    • 1st International Conference on Large-Scale Grid Integration of Renewable Energy in India
    • 14th IEEE PES Asia-Pacific and Energy Engineering Conference
  • Membership
    • IEA Wind, Member (Task 25: Design and operation of power systems with large amounts of wind power, Task 41: Distributed Wind)
    • CIGRE, Member
    • IEEE, Senior Member (Power & Energy Society)

Expertise related to UN Sustainable Development Goals

In 2015, UN member states agreed to 17 global Sustainable Development Goals (SDGs) to end poverty, protect the planet and ensure prosperity for all. This person’s work contributes towards the following SDG(s):

  • SDG 7 - Affordable and Clean Energy
  • SDG 13 - Climate Action

Education/Academic qualification

Wind Energy, PhD, Integration of renewables in power system defence plan

1 Apr 201331 Mar 2016

Power Systems, Master of Technology, Indian Institute of Technology Kharagpur



  • User defined:
  • Hybrid Power Plants
  • Power System Balancing
  • wind energy
  • Grid Integration
  • Control of wind power
  • Wind power
  • Wind farms
  • Wind power plants
  • renewable energy
  • Integration of Energy Systems
  • Integration of wind power
  • Dynamic modelling of wind power
  • Renewable Energy, wind power integration
  • Renewable Integration
  • renewable energy plants


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