SCCER SYMPOSIA Sandra Moebus Rapperswil, November 6th 2018 Aim of - PowerPoint PPT Presentation

SCCER SYMPOSIA Sandra Moebus Rapperswil, November 6th 2018

Aim of this talk Contribution Activities of the Power-to-X team at SCCER projects IET Insitute for Energy Technology 2 SCCER Symposia 2018

Power-to-X Team @ IET Friedl Meier Ruoss Schmidlin Moebus Stadler Gorre de Sousa Angst Lydement Steiner Leonhard 3 SCCER Symposia 2018

Contribution Power-to-Gas @ IET to SCCER Research Projects SCCER Projects PENTAGON / HEPP STORE&GO SCCER HaE Task 5.4 Assessment of ES Demonstrators Applied Research Projects Feasibility Studies Power-to-Methane Gas Market Experts (SVGW Guidelines) SCCER JA Coherent Energy Demonstrator Assessment (CEDA) Networking : Industry meets Research SCCER JA White Paper Expert talks Exchange of Experience 4 SCCER Symposia 2018

SCCER HaE Task 5.4 Assessment of Energy Storage Demonstrators Task Leader 5 Jörg Worlitschek (HSLU): Task 5.4 “Boost the efficiency and evaluate the feasibility and applicability of Power-to-Gas technologies. “ to design superior Power-to-Gas systems using technologies developed in Switzerland and to bring them i) to TRL 6 and ii) to coordinate the assessment and analysis of demonstration plants within this SCCER and with other SCCERs, particularly SCCER BIOSWEET and SCCER Mobility. 5 SCCER Symposia 2018

HSR represents 4 Demonstrators Institution Demonstrator Staff HSR HEPP Markus Friedl , Sandra Moebus, Luiz de Sousa, Luca Schmidlin, Justin Lydement, Christoph Steiner PSI ESI Platform Peter Jansohn , Tilman Schildhauer, Marcel Hofer EPFL Martigny Grid-to-Mobility Hubert Girault , Yorick Ligen, Heron Vrubel, Danick Reynard EPFL Sion Small Scale Andreas Züttel , Emanuele Moioli, Noris Gallandat, Robin Mutschler  HSR is representing the staff members at WP 5 meetings 6 SCCER Symposia 2018

SCCER JA CEDA Project responsible : Gil Georges (ETHZ) and Work Package 1 Leader Philipp Heer (EMPA) CEDA GOALS  Investigate storage and conversion technologies  Extrapolate the small-scale findings (kW) to an industrial scale (MW)  Development of the assessment methodology CEDA Work Packages WP 2 WP 1 WP 3 Provision of Generation of Data-integration relevant demand comparable for energy- data performance systemic case characteristics studies 7 SCCER Symposia 2018

SCCER JA CEDA Members HSR HEPP SCCER HaE PSI ESI EMPA NEST Platform SCCER SCCER HaE & FEEB&D BIOSWEET ZHAW EMPA MOVE LADY SCCER mobility EMPA Ehub EPFL GTMD SCCER SCCER HaE FEEB&D 8 SCCER Symposia 2018

SCCER JA CEDA  Definition of 22 technologies  Methanation  72 properties to describe this technology  Development of a technology schema for better understanding CH 4 [kg/h] @ 5 barg C-Gas CH 4 : 96vol% [kg/h] H 2 : 2vol% CO 2 [kg/h] H 2 [kg/h] H 2 [kg/h] Gas Gas Methanation Compression H 2 O [kg/h] H 2 O [kg/h] Cleaning Processing Auxilaries [kg/a] Heat Out [kW] - Catalysts Temperature level 1; Temperature level 2 - Solvents Waste [kg/a] - Catalysts - Solvents Electrical Thermal Power Power for BoP for BoP [kW] [kW] 9 SCCER Symposia 2018

SCCER JA White Paper White Paper Responsible: Tom Kober (PSI)  10:55  HSR IET responsible for the chapter Gas Market  Contributions in the discussions  Research projects  Feasibility studies 10 SCCER Symposia 2018

Contribution Power-to-Gas @ IET to SCCER SCCER Projects Research Projects SCCER HaE Task 5.4 Assessment of ES Demonstrators Applied Research Projects SCCER JA CEDA SCCER JA White Paper Networking : Industry meets Research 11 SCCER Symposia 2018

Thank you for your attention! 12 SCCER Symposia 2018