Power is generated from more than one energy source

Provides single, split or three-phase power from a central energy source

Balance and filters the input and output of power through a battery

The combination of all parts working in unison

Acting as a generator enabled BESS, supplying assured power as an alternate to uncertain grid supply, in advance of connection of grid supply or in remote places where field technical support is expensive or unavailable.

Replacing inefficient and under managed standby power with efficient assured support for prime circuits. Best used when load exceeds installed HESS capacity. Can use available grid power for charging. Can be in Stand In mode as a UPS and BESS for critical circuits and Stand By mode for normal circuits.

Acting as UPS and BESS, but also optionally taking single phase and or low power grid and supplying three phase and high power output. This configuration allows the grid to be relegated to back up role and only used when insufficient wind or solar is available. By isolating load from direct grid connection, Aura’s HESS removes all grid noise and voltage variations and also fulfils a Stand By role when required.

Modular and mobile design:
Housed within standardised containers, the HESS is modular and movable, requiring no fixed infrastructure like concrete pads. This design allows for easy relocation to other locations, making it flexible and adaptable to changing power requirements.

Battery flexibility and adjustable inverters:
The batteries in the HESS are rack-mounted and connected to a busbar, enabling individual batteries to be added or removed without interrupting the power supply. The system also features adjustable inverters, allowing for the programming of output and input power specifications to meet specific system requirements.

Remote management and connectivity:
The HESS features a remote monitoring and control system, initially developed for military defence assets, providing real-time information on system performance. Additionally, the system can be connected to Starlink for high-speed internet access, enhancing communication and coordination, particularly in disaster-stricken areas.

Efficiency, safety, and maintenance:
The HESS significantly reduces fuel consumption, enhancing efficiency and simplifying the supply chain during emergencies. Aura emphasizes safety and reliability through built-in protection, transparent technology details, and easy maintenance with components that can be swapped out without the need for an electrician.

System design and assurance:
Early failure detection, elegant degradation, modular subsystems, common architectures, integrated remote and autonomous operations, enterprising integration through SAP-compliant AuraNet fleet management, and a focus on security against various threats.

Versatile applications:
The HESS serves various applications, including stand-alone power generation, stand-by power support, and stand-in power mode, offering flexibility in supplying power as an alternative to uncertain grid supply, for prime circuits, and even isolating loads from direct grid connections to eliminate noise and voltage variations.

Fleet management and scalability:
For users with multiple HESS units, efficient fleet management is facilitated, allowing for collective management and individual monitoring. The system’s versatility and scalability make it suitable for a wide range of applications, from small to large-scale.

Australian-made and warranty:
Designed and built in Australia with Australian components where possible, the HESS is rugged enough to withstand harsh environmental conditions and comes with a 10-year warranty on cabinets and workmanship from Aura.

Compliance, long-term cost control, and carbon credits:
Fully compliant with relevant Australian Standards, the HESS utilises proven technology, enabling long-term cost control through service agreements and timed component upgrades. The system allows for the generation of carbon credits by reducing fuel consumption, further reducing the overall cost of ownership.

Military advantages:
In military contexts, the HESS provides rapid power for C4ISREW or defensive systems, ensuring a low thermal and aural signature. It supports high energy system requirements, integrates with consumable supply chain management, offers potential as a common standard for energy distribution, and allows for different electrical standards. The system also contributes to sovereignty by minimising dependence on host site supplies, employing cyber-secure control systems, and utilising fixed and deployed systems as second-line reserves for transportable units.