Name | Vorname | Land | specialisation | Projects-Institution, Venue | title / topic |
Adnan | Muhammad | Pakistan | Grid Integration | Belectric, Dresden | Study of the electrical power System of Mauretania, certain grid conditions, and the potential improvement regarding grid stability and therefore the security of supply due to the usage of BESS |
Biswas | Suraj | India | Grid Integration | Fundación Circe, Zaragossa, Spain | System Protection of Electrical Networks |
Bowatte | Darshana Ruwan Kumara | Sri Lanka | Grid Integration | OFFIS, Oldenburg | Modeling of distributions grid dynamics for digital twin application |
Delocco Villa Coutinho | Renata | Brazil | Wind Energy | Forwind, Oldenburg | Quantifying the financial benefits of an improved very short-term wind farm power forecast in Germany |
Fox | Brooklyn | USA | Ocean Energy | Institute Superior Tecnico, Lisboa, Portugal | Design of an oscillating water column wave energy converter for integration in breakwaters |
Jaishankar | Sharukumar | India | Wind Energy | 2-B Energy Holding B.V. Hengelo, The Netherlands | The Design and evaluation of 2BX rotor lock system |
Jantke | Florian | Germany | Ocean Energy | Corpower Ocean, Stockholm, Sweden | Design of a High Speed Gear Rack Bellow for a Wave Energy Converter |
Kozuch | Matthew | USA / Ireland | Grid Integration | Tacoma Power, Washington, US | Energy demand analysis and hybrid energy system simulation of indoor cannabis cultivators in Tacoma, WA |
Mohammad Fiaz | Mohammad Zeeshan | India | Solar Thermal | TNO-SEAC, Eindhoven, The Netherlands | Analysis of the colored solar collectors and investigation of the performance of collectors at night |
Moreno Mora | Aura Daniela | Colombia | Wind Energy | Fraunhofer IWES, Oldenburg | Lifetime extension analysis of wind turbine blades from 1Hz wind measurements |
Nagareddy | Sai Ram | India | Wind Energy | Fraunhofer IWES, Bremerhaven | Enhancing The Aerodynamic Efficiency Of An Aeroelastic Rotor Model For Real-Time Applications |
Shahzadeh | Mehran | Iran | Wind Energy | Fraunhofer IWES, Oldenburg | Simulation of Resin infusion Manufactoring processes for Wind Turbine blades |
Willoughby | Mark | Nigeria | Wind Energy | ENERCON, Aurich | Towards the refinement of BEM modelling by use of Lifting Line Theory |