Explore CHARG’s engineering work, from electrolyte research and integrated battery systems to field validation.
Field trials, installation programmes and collaborative work - with status confirmed before public release.
Flow battery systems en route to customers in New Mexico, USA, with installation and commissioning scheduled for November 2026. The deployments will open up opportunities for larger systems to be deployed in the USA.
Certification of all products is conducted at the Queensland University of Technology ESRG facilities in Brisbane.
A field test site in Brisbane for validation of PowerPods design breakthroughs.
A US-based electrolyte evaluation program.
The systems and software CHARG is engineering, integrating and validating.
Containerised flow-battery engineering built around serviceable modules, power electronics, cooling, communications and control. Designed as a foundation for scalable integrated energy-storage solutions.
Development of a modular power system for demanding and remote environments, integrating storage, power conversion and intelligent system control.
CHARG’s approach to integrated system monitoring, control and operational visibility, designed to work alongside its battery and hybrid power architectures.
Research, testing and new technical approaches that inform future energy-storage solutions.
Ongoing development of globally deployable complete battery-inverter SCADA solutions.
Testing deployment of hybrid battery options to provide a more reliable and cost-effective solution.
Unique dual-stack design enables detailed evaluation of different vanadium and organic electrolytes.
In-house capability to evaluate flow-battery system components, including pumps, stacks and electrolytes.
Developing alternatives to conventional AC distribution, including 800Vdc software-defined battery systems.
Exploratory R&D project investigating electrochemical and flow-system technologies for critical mineral processing and recovery in Queensland.