European Smart Gas Metering Advancement and Future Hydrogen Integration
Key Ideas
- Smart gas metering deployment in Europe is progressing well, with completion in some Western European countries and starting mass deployments in Germany and Spain.
- Cost-benefit analysis is becoming less significant in decision-making, with focus shifting to timing and recognizing the unknown benefits.
- Challenges in smart gas metering include battery lifetime and communication standard choices for long-term functionality.
- Future integration of hydrogen in gas networks is envisioned, with potential for blending up to 23%, though 100% hydrogen in residential networks poses challenges.
Charles van Dyck, Smart Metering product manager at Apator, shared insights on the progress of smart gas metering deployment in Europe during a conversation at Enlit Europe. He highlighted the completion of rollouts in some Western European countries and the initiation of mass deployments in Germany and Spain. Van Dyck emphasized that the focus has shifted from cost-benefit analysis to determining the timing of deployment due to the evolving landscape and the challenge of recognizing unknown benefits. He also acknowledged the negative press surrounding gas as a fossil fuel but mentioned that the future gas network would include biomethane and hydrogen to reduce the CO2 footprint. Van Dyck discussed challenges in smart gas metering, particularly the need to ensure a long battery lifetime in the field through careful use cases and communication standard choices. Looking ahead, he expressed optimism about the feasibility of blending hydrogen up to 23% in gas networks, although achieving 100% hydrogen in residential networks poses significant difficulties, including production volume challenges. The conversation highlighted the potential evolution of gas networks towards a future that integrates hydrogen while addressing current challenges in smart gas metering.