Hydrogen Energy Storage Ontario Funds HYGN battery for Industry
September 6, 2026 — The Ontario Ministry of Energy, along with HYGN Energy, Rainbow Concrete, Debwewin‑HYGN, and the OVIN R&D Partnership Fund, has announced a groundbreaking initiative involving a $2 million+ program aimed at developing a hydrogen
Battery technology prototype. This project features $696,000 in provincial funding, complemented by $1.2 million in contributions from industry partners. The pilot site for this initiative will be located at Rainbow Concrete’s mobile concrete plant in Southern Ontario. The funding announcement was made in March 2024, with field trials scheduled to take place in late 2024. This initiative aims to demonstrate dispatchable electricity, alleviate peak-demand stress, and facilitate off-grid fast charging for electric vehicles in Ontario.
How Does the HYGN Hydrogen Battery Work?
The system uses electrolysis powered by renewable electricity to split water into hydrogen and oxygen. The system stores gases at high pressure and releases them into a combustion-based generator that produces electricity on demand. Unlike traditional hydrogen storage for fuel cells, this design avoids costly fuel‑cell stacks, offering a simpler, lower‑maintenance hydrogen battery technology.
Project Implementation at Rainbow Concrete
Rainbow Concrete will integrate the HYGN unit with its mobile plant, providing on‑site power and a dedicated off‑grid EV fast‑charging station. During the pilot phase, we will record performance metrics such as charge-discharge efficiency, emissions reduction, and charging speed.
Expected Outcomes and Benefits
The hydrogen battery promises dispatchable electricity that can shave peak loads, lower industrial hydrogen storage benefits, and supply reliable power to remote community power solutions. Success could accelerate Ontario clean‑tech manufacturing and create new jobs in the hydrogen battery technology sector.
Supporting Quotes
“Ontario has an opportunity to lead in practical hydrogen technologies that solve immediate infrastructure and energy challenges. The HYGN Hydrogen Battery is being developed to store energy when it is available and deliver reliable power when and where it is needed, without requiring a fuel cell or a complex external hydrogen supply network. This demonstration will move the Hydrogen Battery from integrated development into operation at a working industrial facility. Powering a mobile concrete plant and an off-grid EV fast charger will allow us to validate the system against demanding loads while creating a repeatable platform for construction, mining, remote communities and other locations where grid capacity is limited.”
John Fiorini, Chief Operating Officer and Six Sigma Chemical Engineer at HYGN Energy
“Ontario’s automotive and mobility sector continues to demonstrate the innovation, talent and ambition needed to lead in a rapidly evolving global market. Through OVIN, we are helping Ontario companies accelerate the development of transformative technologies, strengthen strategic partnerships, and bring made-in-Ontario solutions closer to commercialization. Investments like these play an important role in reinforcing Ontario’s supply chain and ensuring the province remains competitive in the industries of the future.”
Raed Kadri, Head of the Ontario Vehicle Innovation Network (OVIN) at OCI
“Ontario’s continued leadership in automotive and mobility innovation is built on the strength of collaboration. By bringing together innovative SMEs, industry partners, researchers, and government, OVIN is creating the conditions for made-in-Ontario technologies to move from concept to commercialization faster. These investments are helping build a more resilient, competitive automotive ecosystem—one that creates high-value jobs, attracts investment, and ensures Ontario remains a global leader in the future of mobility.”
Claudia Krywiak, President & CEO, Ontario Centre of Innovation (OCI)
Source: HYGN Energy
Background and Context
Ontario’s hydrogen strategy emphasizes scaling up production, storage, and end‑use applications. The OVIN (Ontario Vehicle Innovation Network) plays a key role by channeling funds into projects that address off‑grid power gaps in industrial sites and remote regions.
Future Steps and Related Developments
After validation, HYGN plans to commercialize the battery by 2025, targeting mining, construction, and northern community markets. Additional funding rounds are expected to expand capacity and explore integration with other renewable assets.
FAQ
What is a hydrogen battery?
A hydrogen battery stores energy as compressed hydrogen and oxygen, releasing it through combustion to generate electricity on demand.
How does hydrogen storage power off‑grid EV chargers?
The stored gases feed a generator that supplies electricity to fast‑charging stations, enabling reliable charging without grid connection.
Why is Ontario funding this technology?
Ontario aims to reduce emissions, improve energy security, and foster local clean‑tech jobs by supporting innovative hydrogen battery technology.
I'm Amelia Bonner, an energy storage researcher and technical content writer focused on the technologies shaping the future of reliable, flexible, and sustainable energy systems. My work explores battery energy storage, grid-scale storage, renewable energy integration, battery technologies, and emerging energy storage solutions.
