Deal with Geothermal webinar – “Reversibility: a recreation changer for future geothermal techniques & insights into the European FlexGeo mission.”
Be a part of us for a webinar on the twelfth of July on the FlexGeo analysis mission which goals to develop a reversible ORC / high-temperature warmth pump expertise.
As a part of the common Deal with Geothermal Webinar collection – a partnership of Enerchange and ThinkGeoEnergy – we’re proud to host Christopher Schifflechner of Technische Universität München (TUM) for a webinar on “Reversibility: a recreation changer for future geothermal techniques & insights into the European FlexGeo mission.”
On this webinar, Christopher will focus on the FlexGeo mission, a European analysis mission that goals to maximise efficiency and adaptability of geothermal techniques through reversible ORC/HTHP expertise. A serious focus of the mission will lie on the worldwide first demonstration of a reversible 200 kWel modular Natural Rankine Cycle (ORC) / high-temperature warmth pump (HTHP) system on a TRL 7 stage. As well as, superior management methods for district heating and cooling networks (DHCN) are developed and demonstrated.
Date: 12 July 2024
Time: 14:00 CEST
Registration: Click on right here to register
Speaker: Christopher Schifflechner, TUM
Christopher Schifflechner is the present Chair for Power Programs on the Technical College of Munich in Germany. He leads a analysis group of PhD college students within the fields of geothermal vitality, thermodynamic cycles, and warmth switch whereas managing a number of nationwide and worldwide analysis initiatives.
Christopher can also be the mission coordinator for the FlexGeo analysis mission below the EU’s Horizon 2020 analysis and innovation programme. The FlexGeo strategy depends on the modern mixture of modular reversible ORC items with underground thermal vitality storage (UTES) techniques and superior good management. The reversibility permits the ORC unit to behave as each electrical energy producer and client, relying on the precise wants of the vitality system. This successfully implies that the ORC unit can present twice its put in capability for secondary management reserve.
