Endua systems use electrolysis, storage, and fuel cells. It's tailored to meet specific requirements for charge rate, discharge rate, run time storage, and physical footprint. We collaborate with leading organisations to optimise our technology for long-term storage.

Hydrogen storage is essential as we transition to modern forms of power. It allows us to store energy in larger quantities for longer periods, providing a readily available power supply. This is crucial for ensuring reliability in an increasingly renewable energy-dependent world.

Hydrogen power banks provide the same reliable electricity as diesel generators, minus the harmful emissions, costs, supply chain issues, and environmental impacts. It’s a cleaner, more sustainable, and cost-effective alternative.

Endua power banks provide expandable multi-day energy storage, ensuring sustained power for longer run times. This makes them an ideal choice for industries that require consistent, reliable energy.

Yes, our technology is suitable for sensitive environments. It's designed to be safe and can be used in a variety of applications, including those with specific environmental requirements.

‘Sensitive environments’ refers to, but is not limited to, locations or situations where there are specific requirements and concerns related to environmental impact, safety, and/or reliability. These environments may include areas with fragile ecosystems, remote or extreme conditions, healthcare facilities, data centres, historical sites, and research facilities that demand clean and uninterrupted power.

Endua's modular approach enables tailored solutions that match on-site energy needs, reducing dependence on traditional centralised grids and paving the way for emission-free power generation and storage.

Endua systems come integrated with back to base communication capability.

The Endua dashboard will show all relevant operational information and feature a user interface. The performance and operation of the system can be monitored and controlled by a central desk.

The endua power bank is a pre-engineered and pre-built hydrogen storage solution.

Endua’s team has multiple years of engineering and hydrogen expertise. The power bank utilises a standardised design with proven integration of components, all built in Archerfield Queensland.

The power bank complies with all relevant safety standards and can be rapidly deployed on-site with minimal project coordination.

Thanks to the modular design, each Endua power bank can be individually adapted to the needs of the user/application and energy storage expanded as required.

When configuring your power bank, you can independently adjust the electolyser power, fuel cell power and storage capacity. Adding further energy storage can be achieved at a marginal cost much lower than other energy storage solutions.

The Endua powe1 bank provides 100% emission reduction in remote power systems, with the ability to store weeks worth of energy

The power bank can provide an economical pathway to the removal of fossil fuels by providing multi-day storage far more competitively than other battery storage devices.

Users of the power bank can access the stored hydrogen gas for use in other applications by connecting into the storage vessel via connection points.

This feature reduces the need for further investment in hydrogen generation and will allow the user to access hydrogen for other uses, e.g. fuel cell electric mobility.

The Endua power bank provides a complete emergency backup power solution to keep businesses and/or microgrids running.

Complete protection of your operations with the inbuilt back-up functionality continues to supply power to loads within seconds in the event of a power failure, empty battery or PV plant outage. The stored energy can keep your power on for days to weeks.

Gain protection against power outages and production losses, minimising economic risks.

The Endua power bank can be utilised to soak up excess or otherwise curtailed energy from your PV plant

The power bank intelligently monitors the state of the PV plant and will dynamically vary the hydrogen production based on the excess solar power available.

Higher utilisation of your solar asset leads to an improved return on investment, further reduction in CO2 emissions, and more solar energy shifted into non-solar hours.