Green Hydrogen Energy Production and Storage for Distributed Energy Systems
R&D Focus Areas:
Electrolysis, Electricity
Lead Organisation:
Endua
Partners:
CSIRO, Main Sequence Venture, Ampol, QIC, Melt Ventures, 77 Partners
Status:
Active
Start date:
June 2021 (announcement of Endua start-up)
Completion date:
Ongoing
Key contacts:
Endua – Contact — Endua – Clean Hydrogen Power
Funding:
Ampol and Main Sequence/CSIRO (start-up funding), CRC-P, Accelerating Commercialisation Fund, Advanced Manufacturing Growth Centre, Pre-series private funding (June 2023 media releases)
Project total cost:
AUD$5 million: Ampol and Main Sequence/CSIRO
AUD$2,366,317: CRC – P
AUD$2,281,126 (Federal + industry cash + in-kind contributions)
AUD$998,269 (Accelerating Commercialisation Fund
AUD$7.5 million Pre-series private funding
Above total: AUD$18,145,712 (cash + in-kind contributions)
Project summary description:
The aim of this project is to manufacture clean power generation and storage in a modular power bank that can drive power loads of up to 100kW in a single pack. Each power bank is a fully integrated system that generates, stores and consumes hydrogen on-site. The modular power banks are approximately six metres long and three metres wide. The modularity concept can allow for scaling depending on on-site requitements.
The company will use electrolyser technology developed at CSIRO in its system. The goal of the project is to store clean energy in large amounts, enabling off-grid infrastructure and lower cost renewables-based power options to regional/remote communities and microgrid solutions, including in agricultural, mining and telecommunications uses.
Related publications and key links:
Endua – Clean Hydrogen Power
Clean hydrogen power generators – ADVANCED MANUFACTURING GROWTH CENTRE (amgc.org.au)
Endua unveils prototype power bank system – Australian Manufacturing Forum (aumanufacturing.com.au)
Australian clean tech Endua fixes renewable energy’s intermittency problem | TechCrunch
Higher degree studies supported:
Not applicable.
Reviewed: November 2024