INTRENEX is a website that was created by the German Marc Muncke, born on 01.08.1967 in Antibes, France (“me”). I grew up in Munich, Germany and went to a scientific high school that I finished in 1987. I am currently working as a software developer for an Austrian company and do the work “here” in my spare time so please be gentle when you do not receive a reply the very moment that you contact me. I have a degree in “supply technology” from the Fachhochschule für Technik (technical high school) in Esslingen, Germany and my title is Dipl.-Ing.(FH). The title was obtained after successfully submitting a thesis creating a software system using 3-D vision in the process of thermal power system refurbishing. That was in 1997. Since then I moved to Austria and I have lived in Vienna ever since. I studied at the University of Vienna for some time and acquired a knowledge of higher mathematics and thermodynamics. I also have an apprenticeship as a farmer from the Landwirtschaftliche Fachschule Grottenhof Hardt (the Grottenhof Hardt Agricultural vocational college)in Graz, Austria, so I can claim to have some agricultural knowledge.
INTRENEX is an open Platform that will provide a new financing model to fund the fast global transition to a WWS  energy supply. The main idea of this transition is the concept of an international supergrid connecting regions with high WWS  energy potential to the consumers of WWS  energy via a network of HVDC lines. This concept is mainly based on the thesis of Dr. Gregor Czisch. I am in close contact with Mr. Czisch about the project but he is currently not an employee of INTRENEX. The INTRENEX enterprise might be labelled as a “green fintech”.
Dipl.-Ing.(FH) Marc Muncke
Tel: +43 1 218 34 76
Mob: +43 650 890 15 20
FN 320370 h Handelsgericht Wien
(Please send me a mail to apply or arrange for a phone call because I am usually quite busy during daytimes)
 WWS: wind, water, sunlight
Dr. Gregor Czisch, a fully qualified agriculturist, studied physics at MunichTechnicalUniversity, specializing in energy supply. He wrote his PhD in electrical engineering on scenarios for a future electricity supply with renewable energies. Since 1987, he has worked on various topics in the energy-related field at Munich TU, the DLR Stuttgart, the Fraunhofer ISE in Freiburg, and the Max Planck Institute for Plasma Physics (IPP) in Garching. Among his key areas of scientific focus were solar building engineering, utilization of biomass, wind energy and hydropower, primary energy analyses, emission analyses, high temperature heat storage and solar thermal power plants. During his work in the R&D division Information and Energy Economy at the Institute for Solar Energy Supply Techniques (ISET) and at the Institute for Electrical Energy Technology/Rational Energy Conversion (IEE-RE) at the University of Kassel, he worked on potential-analyses for renewable energies and on simulating their production behaviour, on conceptualizing energy transport systems and on developing scenarios for a CO2-neutral electricity supply. This work resulted, among other things, in a PhD with the title "Scenarios for a Future Electricity Supply – Cost-Optimized Approaches to Supplying Europe and its Neighbours with Electricity from Renewable Energies", for which he was awarded the distinction summa cum laude. One key role was played by models he created for energy supply systems as the basis for system configuration, operation planning and power plant dispatch by means of mathematical optimization. Questions of business and economics meant that a detailed analysis of the typical market costs of all kinds of different components in energy supply systems needed to be carried out in addition to the analysis of technical aspects. Since completing his doctorate, parallel to his research at the University of Kassel, Dr Gregor Czisch has worked as a consultant to the Scientific Advisory Council on Environmental Change of the German Federal Government (WBGU) and was, among other things, invited as an expert to hearings in various ministries, parliaments and utilities.