Economic aspects of the hydrogen system – HyDelta Webinar
Curious about the economics of the hydrogen system? In this HyDelta webinar, we'll delve deeper into the economic models, risks, and market forces surrounding hydrogen in our future energy supply. This webinar is part of a series in which researchers share their insights on using hydrogen in the natural gas transmission and distribution network.
Contents: Economic aspects of the hydrogen system
The webinar covers three important research directions within the theme of hydrogen system economics:
Modeling hydrogen market dynamics (WP2)
By: Harry van der Weijde (TNO)
On the functioning of the hydrogen market within an integrated energy system.
Risks, uncertainty, and collaboration in the hydrogen value chain (WP3)
By: Rob van Zoelen (New Energy Coalition)
Research into risks and uncertainties within the hydrogen chain.
Hydrogen blending and congestion management (WP4)
By: Salar Mahfoozi (New Energy Coalition)
The role of hydrogen in grid congestion and blending strategies with natural gas.
Each part concludes with a short discussion round in which questions from participants are addressed.
Timetable
| Start time | End time | Programme |
|---|---|---|
| 11:00 | 11:05 | Welcome |
| 11:05 | 11:20 | Modeling the dynamics of the hydrogen market in an integrated energy system |
| 11:20 | 11:30 | Discussion / questions |
| 11:30 | 12:15 | Risks, uncertainty and collaboration in the hydrogen-based value chain |
| 12:15 | 12:20 | Discussion / questions |
| 12:20 | 12:35 | Hydrogen blending and congestion management |
| 12:35 | 12:45 | Discussion / questions |
| 12:45 | 13:00 | Completion |
Practical information
- Date: November 3, 2022
- Online: GoToWebinar
- Main language: English
In this webinar series (November 3, 15, 29, and December 8, 2022), you'll hear directly from the researchers about their work and have the opportunity to ask questions. This series is free to attend.
This webinar cannot be viewed afterwards.
About HyDelta
HyDelta is a research program that answers the question of how hydrogen can be transported safely, efficiently, and in a socially optimal way in the Dutch energy system.
