workshop 3

L-H₂ Session 1: Cryogenic Filling Technologies

• "Conventional" cryogenic filling: State-of-the-art and perspectives (Linde / Reijerkerk)
• Discussion pros / cons, gaps & needs: All

L-H₂ Session 2: Cryo-compressed Storage Concept

• Cryo-compressed storage: Motivation and implications for the filling process (BMW / Brunner)
• Discussion pros / cons, gaps & needs: All

C-H₂ Session 1: 700 bar Filling Technologies

• StorHy results & recommendations: 700 bar filling requirements, cold filling, components (Air Liquide / Allidières)
• Pressure level: 350 bar, 500 bar, 700 bar?: short statements - Toyota / Roussel, Daimler / Zieger, Ford / Krueger
• Discussion pros / cons, gaps & needs: All

C-H₂ Session 2: Exchangeable Rack (Swap Rack)

• C-H₂: StorHy results & recommendations: Swap Rack (PSA / Ranjard)
• Discussion pros / cons, gaps & needs: All

Solid Storage Session 1: Solid Storage Filling and Heat Management Concepts

• StorHy results & recommendations: Solid Storage Concept based on lightweight complex hydrides (GKSS / Bellosta von Colbe)
• Discussion pros / cons, gaps & needs: All

Solid Storage Session 2: Solid-compressed Storage Concept

• Solid-compressed Storage: Motivation and implications for the filling process  (Toyota / Roussel)
• Discussion pros / cons, gaps & needs: All 

Overall Evaluation

• Well-to-wheel analysis: Comparison of efficiency of different storage concepts (Oeko / Jenseit)
• Concluding discussion: How many storage concepts can we afford? - All