SOLUTIONS
Modular design – scalable to multi-100's MWh systems
Core design allows for redundancy. Expand as needs increase
Hibernation mode allows for extended preservation of stored energy for indefinite periods
Suits medium to longer duration storage applications
Battery is made from HDPE plastic which is commonly recycled into plastic bottles
Electronics – follows standard pathway for electronics recycling
Electrolyte – R&D program to verify potential to reuse/partial reuse
Minerals sourced from non-conflict areas
No CO2 emitted from operation
Up to 12 hours discharge and potential to extend with hibernation mode
Less than 1 second start up response time
Batteries can be left 100 per cent charged indefinitely
System can be ‘parked’ at any state of charge, with no impact on performance
No risk of thermal runaway - non-flammable materials, verified to UL9540A
Excellent tolerance for high ambient temperatures without external cooling
Bromine-based electrolyte is non-flammable, not susceptible to mechanical damage and does not present as a risk of explosion
Remote monitoring and diagnostics plus self-protection features
Deep daily discharge and sustained energy output
Long-life, multi-cycle design
Ability to value stack – frequency control and energy shifting
Unique system retains near full capacity over time
No active cooling required when operated at temperatures between 10 to 45 °C (50 to 113 °F)
With appropriate heating or cooling, systems can be specified to operate across a wide range of ambient temperatures 0 to 45 °C (32 °F to 113 °F)
+ 61 7 3376 0008
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