Renewable Firming
Consistent output from solar and wind across extended periods, not just short gaps.
As Australia’s energy transition accelerates, the challenge is no longer just generating renewable power — it is delivering stable, continuous energy over longer durations.
Across industry, infrastructure and remote operations, energy demand does not stop when solar drops or wind conditions change.
Not all storage technologies are built for the same role. Flow batteries decouple power and energy, support high cycling and are suited to applications where reliability and duration are critical.
Consistent output from solar and wind across extended periods, not just short gaps.
Reduced reliance on diesel generation in remote and off-grid operations.
Stable, repeatable energy delivery for critical infrastructure.
Load shifting, congestion relief and firming for constrained networks.
Frequent charge and discharge without the same cycling degradation profile.
Smoothing load profiles and reducing peak stress to improve system performance.
Designed for high cycling, long-duration operation and demanding environments.
Long operational design life for applications where infrastructure longevity matters.
Flow-battery energy capacity is not consumed through cycling in the same way as conventional lithium systems.
Water-based electrolyte chemistry with no thermal runaway mechanism.
Electrolyte retains value and can be reused at the end of system life.
Power and energy can be scaled independently to suit project requirements.
Designed for repeatable long-duration operation across demanding use cases.
Supported by ongoing R&D collaboration with Queensland University of Technology.
Designing flow-battery systems for real-world applications, not theoretical performance.
Built specifically for 6–12+ hour applications where reliability and duration matter.
Engineered to work with real sites, loads and existing infrastructure.