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The
total responsible budget of recently funded research projects is
approximately 79.45 million
DKK (> 10 million EUR).
Ongoing
Projects
Projects as Project Leader and Principal
Investigator
· EUROfusion
· SPEG: Stable Power Electronic-based
Power Grid
· Industrial Ph.D Project: Advanced analysis and control
method of high-power wind turbine in offshore wind farm
Recently Funded Research Projects:
Projects as Project leader and Principal
Investigator (or coordinator on Danish side) (more than 66,400,000 DKK)：
· Voltage Control and Protection for a
Grid towards 100% Power Electronics and Cable Network (COPE) (2017-2020),
ForskEL 12561, 2017
· Harmonized Integration of Gas, District
Heating and Electric Systems (HIGHE). (2014-2017)
· Modelling and Simulation of Wind Power
& VSC-HVDC and Its Application in Offshore Wind Power Integration. (2012-2014)
· Research on Modelling and Simulation
Technology for Large-Scale Wind Turbine. (2012-2014)
· Grid-Connected PV Systems (2011-2013)
· Protectıon of Power Electronıcally
Interfaced LV Dıstrıbuted Generatıon Networks, PRO-NET
(2011-2014)
· Research on DC Network Connection with
a Novel Wind Power Generator System, (2011-2014)
· Development of a Secure, Economic and Environmentally-friendly Modern Power System,
(2010-2015)
· Dynamic wind turbine model - from wind
to grid, (2010-2013)
· Operation of modern power systems with
large scale of wind power and energy storage systems (2009-2012)
· Operation and Control of Modern
Distribution Systems (2006-2010)
· Communication system for modern power
systems (2008-2011)
· Systems with High Level Integration of
Renewable Generation Unit (2006-2009)
· Real time digital simulator laboratory
(2008-2009)
· PLL analysis under electrical faults
condition (2006-2007)
· Smart Grid simulation platform (2010)
Projects as Partner (responsible for more than 13,050,000
DKK)：
· Sustainable Energy Market Integration
(SEMI) (2017-2020), ForskEL 12554, 2017
· EU-H2020-LCE-2014-3, Smarter Grid:
Empowering SG Market Actors through Information and Communication
Technologies (SmarterEMC2) (2015-2017)
· EU-FP7, Innovative Wind Conversion
Systems (10-20MW) For Offshore Applications (INNWIND.EU) (2012-2017)
· Norwegian Centre for Offshore Wind
Energy-NORCOWE (2009-2017)
· EU-FP6, Upwind, Comparison of Different
Wind Generator Configurations (2006-2011)
· Electrical Main Components in Wind
Turbines - Influences, Compatibility and Specifications (2008-2012)
· Test facility for grid connection
characteristics of wind power plants (2009-2011)
· EU INTERREG IV B North Sea Region Programme POWER CLUSTER (2008-2010)
· Grid related component of
Danish-Chinese Wind Energy Development (2008-2009)
Leader and
Principal Investigator for the following Danida
fellowship projects (each project
has a 10 month fellowship)
· Fault Transient Signal Wavelet Analysis
Based Power System Protection Technique for Distributed Generation
Systems
· Study on the Fault Diagnosis and Fault
Tolerant Control of Switched Reluctance Machines
· Optimal design and stability study of renewable
energy source based, AC and DC combined distributed generation systems
· Wide Area Control and Communication Systems
for Modern Power System with Large Scale Renewable Energy Penetration
· Operation of modern power systems with
large scale of wind power and energy storage systems
· Advanced Control System for Modern Wind
Turbines
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