
OUR MARKETS
Battery Energy
Storage Systems
Projects
TENDER
A world-first battery-tender retrofit extending freight locomotive range by up to 400 km for Aurizon.
LOCOMOTIVE
Hybrid Electric Metro Shunter
A hybrid electric shunter delivering lower-emissions yard operations for Nanjing Metro.
Frequently Asked Questions
Alta’s BESS solutions support industrial, commercial, and remote applications, including mining, manufacturing facilities, logistics hubs, and critical infrastructure operating in unstable grid environments.
Yes. Alta’s systems are designed for both grid-connected and fully off-grid operation, with the ability to manage multiple power sources and maintain stable output.
An integrated Energy Management System automatically schedules energy use, prioritising renewable sources such as solar and wind, followed by grid power, with generators used as backup when required.
Battery storage ensures continuity of supply, allowing the system to maintain output during fluctuations or loss of any individual power source.
Yes. The modular design allows both power capacity and energy storage to be expanded incrementally as demand increases.
Stabilising Industrial Power
Reliable power remains a challenge for industrial and remote operations, particularly in regions with weak grid infrastructure, frequent outages, or limited access to stable generation. In these environments, energy storage plays a critical role in maintaining power quality, reducing reliance on diesel generation, and enabling greater use of renewable energy.
Alta delivers large-scale Battery Energy Storage Systems designed to operate in harsh grid conditions and off-grid environments. Our systems are engineered to stabilise power supply, manage multiple energy inputs, and support uninterrupted operation across industrial, commercial, and remote applications.
With experience spanning grid-connected and standalone systems, Alta’s BESS solutions prioritise reliability, flexibility, and real-world operability.

Benefits

Scalable, Modular Architecture
Incremental expansion of power
and storage capacity.

Reduced Diesel
Dependence
Prioritisation of renewables with generator backup only when required.

Grid Stability
& Power Quality
Protection against voltage fluctuation and poor input conditions.


