Providence to trial hydrogen-lithium battery at solar farms


Sydney-headquartered Providence Asset Group announced it will install hydrogen-lithium battery energy storage technology developed by green hydrogen storage specialist LAVO at its 10 solar farms in regional Victoria after finalising a $33 million project financing agreement with the Commonwealth Bank (CBA).

Providence said the community-based solar projects, including ~5 MW solar farms in Katamatite, Numurkah, Echuca West, Echuca and Stanhope are already operational and cumulatively produce 100% renewable energy to power approximately 20,000 households each year.

The Victorian solar farms form part of Providence’s master plan with the company also extending its footprint into regional New South Wales (NSW) where it intends to develop another 29 community solar projects, including projects at Manilla, South Tamworth, Guyra and Gunnedah, increasing its total portfolio to almost 40 ~5 MW solar farms across both states.

“Providence Asset Group recognises the enormous opportunities that exist in our regions and we’re excited to be partnering with regional communities to deliver more affordable and sustainable energy solutions,” Providence Asset Group co-founder and chief investment officer Alan Yu said.

As part of the infrastructure rollout, Providence plans to deploy advanced hybrid storage technology – including hydrogen storage and traditional lithium-ion batteries – at its regional solar farm locations.

Each solar farm is to be fitted with Sydney-based LAVO’s HEOS renewable hydrogen energy storage system.

Developed in partnership with the University of NSW’s Hydrogen Energy Research Centre, with the seed investment from Providence Asset Group, LAVO’s HEOS hydrogen energy storage system uses patented metal hybrid technology to store hydrogen equivalent to up to 60 kWh which will produce 40 kWh of useable electricity.

At installation, the energy storage system is connected to a solar PV array via a hybrid inverter, and to water via a purification system, to enable internal electrolysers to convert excess energy into hydrogen, which it stores in four canisters.

When stored energy is needed, the HEOS activates a fuel cell to deliver electricity. An integrated 5 kWh lithium battery provides a buffer that can provide instantaneous response to power shortage or outage.

Yu, who is also CEO and executive director of LAVO, said the development of low-cost hydrogen storage is creating a new and exciting opportunity for Australian residences and businesses.

“Providence Asset Group is proud to be at the forefront of the energy transition in Australia, applying the innovative storage technology of the LAVO HEOS with our existing and planned portfolio of regional solar farms,” he said.

Providence plans to first trial the LAVO hydrogen energy storage system at its Stanhope solar farm in Victoria with installation expected in the fourth quarter of 2021 and aims to progressively deploy the technology across the rest of its portfolio during 2023-2024.

LAVO’s green hydrogen energy storage system is expected to be deployed at the Stanhope solar farm before the end of the year.

Image: PAC

CBA natural resources and energy executive director Neil Fraser welcomed the rollout of the battery technology, saying the bank is committed to supporting Australia’s renewable energy technology innovation and helping build the nation’s future infrastructure.

“We’re excited about the work Providence Asset Group is undertaking in the development of renewable energy technology, in particular the piloting of the LAVO HEOS hydrogen battery technology across its portfolio,” he said.

“This is a pioneering Australian technology which has the potential to be an important part of the future energy mix required to meet the needs of a net-zero economy.”

Providence has already secured an offtake agreement for its solar farm portfolio, signing a  multi-year Power Purchase Agreement (PPA) earlier this year with SmartestEnergy Australia, a subsidiary of Japanese investment giant Marubeni Corporation.

Under the terms of the agreement, SmartestEnergy will purchase the renewable generation output of the solar farms for an initial 30-month period, with both parties planning for a 10-year extension on the firming PPA at the end of the initial period.

Providence said when all the solar farms are operating, the combined generation output will be around 500 GWh per annum.

This content is protected by copyright and may not be reused. If you want to cooperate with us and would like to reuse some of our content, please contact: