High Voltage Lab
Investigate power components and subsystems under high voltage and high current conditions.
High voltage testing, diagnostics and experimental verifications
High voltage tests are essential for power equipment that may be exposed to high electric voltages or currents in use. These tests apply AC, DC, or impulse voltages to simulate real conditions, including lightning and other overvoltages. Our high voltage testing, modeling and diagnostics services ensure that power systems are robust, efficient, and ready to meet future energy demands.
Investigate power components and systems under high voltage conditions
Testing
Experimental investigations on power components with respect to performance, reliability and broad band modeling. Tests are carried out on models and full size components with advanced test technologies for online and offline use. This includes diagnostic measurement systems for condition assessment of power components.
Modeling
The exposure of components in the future power system requires far more detailed knowledge to their characteristics than the traditional 50 Hz approach suitable for load flow calculations. Broad band models have to be developed for implementation in future grid models.
Diagnostics
Reliable and optimized utilization of power grid components is dependent on their actual condition. Diagnostic tools are developed for lab testing and in service-operation under use of intelligent, digital methods and the necessary high voltage equipment. Keywords are performance analyses, real time monitoring, trend analyses and alarming under critical conditions.
Selected projects and use case examples from the lab
DTU Orbit is the official research database of the Technical University of Denmark, DTU, provided by DTU Library
Dynamic Rating Based Design and Operation of Offshore Windfarm Export Systems
Kazmi, Syed Hamza Hasan (PhD Student), Holbøll, Joachim (Main Supervisor), Herskind Olesen, Thomas (Supervisor), Sørensen (fratrådt), Troels (Supervisor), Mijatovic, Nenad (Examiner), Bracale, Antonio (Examiner), Nordström, Lars Martin (Examiner)
Read more on DTU Orbit here
Optimized Utilization of Transmission Grid Capacity
Viafora, Nicola (PhD Student), Michiorri, Andrea (Examiner), Vadlamudi, Vijay Venu (Examiner), Chatzivasileiadis, Spyridon (Examiner), Holbøll, Joachim (Main Supervisor), Kristensen, Anders Steen (Supervisor)
Read more on DTU Orbit here.
Enhanced Lightning Effect Testing Capabilities for Optimized Wind Turbine Reliability
Holbøll, Joachim (Project Manager), Vogel, Stephan (PhD Student)
Realistic Lightning Exposure System For Optimized Wid Turbine Reliability
Vogel, Stephan (PhD Student), Holbøll, Joachim (Main Supervisor), Madsen, Søren Find (Supervisor), Mijatovic, Nenad (Examiner), Siew, Wah Hoon (Examiner), Montaña Puig, Juan (Examiner)
Direct Drive High Temperature Superconducting Generators for Wind Turbine
Song, Xiaowei (Andy) (PhD Student), Mijatovic, Nenad (Main Supervisor), Holbøll, Joachim (Supervisor), Jensen, Bogi Bech (Supervisor), Abrahamsen, Asger Bech(Examiner), Qu, Ronghai (Examiner), Vanderbemden, Philippe (Examiner)
Holistic Approach in Monitoring, Diagnosis of Faults in Modern Wind Turbines
Skrimpas, Georgios Alexandros (PhD Student), Holbøll, Joachim (Main Supervisor), Hansen, Christian Sweeney (Supervisor), Mijatovic, Nenad (Supervisor), Agelidis, Vassilios (Examiner), Niayesh, Kavah (Examiner), Djurovic, Sinisa (Examiner)
Lightning Protection of Flap System for Wind Turbine Blades
Candela Garolera, Anna (PhD Student), Holbøll, Joachim (Main Supervisor), Madsen, Søren Find (Supervisor), Yang, Guangya (Examiner), Sørensen (fratrådt), Troels (Examiner), Siew, Wah Hoon (Examiner)
Lab staff
