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

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Activities of the Power-to-X team at IET Insitute for Energy Technology SCCER projects

Power-to-X Team @ IET

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Friedl Meier Ruoss Schmidlin Moebus Stadler Gorre de Sousa Angst Lydement Steiner Leonhard

Contribution Power-to-Gas @ IET to SCCER

Research Projects PENTAGON / HEPP STORE&GO Applied Research Projects Feasibility Studies Power-to-Methane Gas Market Experts (SVGW Guidelines) Networking : Industry meets Research Expert talks Exchange of Experience

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SCCER Projects SCCER HaE Task 5.4 Assessment of ES Demonstrators SCCER JA Coherent Energy Demonstrator Assessment (CEDA) SCCER JA White Paper

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. “

i)

to design superior Power-to-Gas systems using technologies developed in Switzerland and to bring them 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.

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HSR represents 4 Demonstrators

 HSR is representing the staff members at WP 5 meetings

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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

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

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CEDA Work Packages

WP 1 Generation of comparable performance characteristics WP 2 Provision of relevant demand data WP 3 Data-integration for energy- systemic case studies

SCCER JA CEDA Members

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HSR HEPP SCCER HaE EMPA NEST SCCER FEEB&D EMPA MOVE SCCER mobility EMPA Ehub SCCER FEEB&D EPFL GTMD SCCER HaE ZHAW LADY PSI ESI Platform SCCER HaE & BIOSWEET

SCCER JA CEDA

 Definition of 22 technologies  Methanation  72 properties to describe this technology  Development of a technology schema for better understanding

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Gas Cleaning Gas Processing Methanation Electrical Power for BoP [kW] Thermal Power for BoP [kW] CH4 [kg/h]

@ 5 barg CH4: 96vol% H2: 2vol%

Compression C-Gas [kg/h] H2 [kg/h] H2O [kg/h] Auxilaries [kg/a]

• Catalysts
• Solvents

Waste [kg/a]

• Catalysts
• Solvents

H2O [kg/h] Heat Out [kW]

Temperature level 1; Temperature level 2

CO2 [kg/h] H2 [kg/h]

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

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Contribution Power-to-Gas @ IET to SCCER

Research Projects Applied Research Projects Networking : Industry meets Research

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SCCER Projects SCCER HaE Task 5.4 Assessment of ES Demonstrators SCCER JA CEDA SCCER JA White Paper

Thank you for your attention!

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