Regional case studies on multi-energy system integration-B

R&D Focus Areas:
Sector coupling; Energy systems integration; Techno-economic evaluation

Lead Organisation:
University of Melbourne

Funding:
Future Fuels CRC

Status:
Complete

Start date:
July 2021

Project summary description:
The imminent advent of large-scale green hydrogen production raises the central question of which of the two options, transporting green molecules, or transporting green electrons, is the most cost-effective one. This project aims to answer this question by determining the optimal integrated transmission and storage infrastructure solution for large-scale production of green hydrogen. Towards this aim, the work proposes an investment and operational assessment framework of integrated electricity-gas-hydrogen production, transmission, and storage technologies.

A summary of a related pipelines vs powerlines study can be found here.

Further information:
RP1.1-02B Transport and Storage Options for Future Fuels

 

Reviewed: May 2024