Operational Scenarios
Defence
Military bases, whether temporary or permanent, require a reliable source of power for communication systems, surveillance equipment and operational needs. AFB’s mobile power generation and energy storage systems offer a scalable energy solution that combines solar arrays and industrial grade batteries to reduce reliance on diesel generators. For forward-operating bases, the system’s mobility ensures rapid deployment, and its silent operation enhances operational security by minimising noise and heat signatures.
Agriculture
Farms in remote regions face power challenges for irrigation pumps, refrigeration and processing equipment. Diesel generators, though common, are costly and have limited reliability. AFB’s mobile power generation and energy storage systems offer a scalable energy solution that combines solar arrays and industrial grade batteries to reduce reliance on diesel generators. They can power irrigation systems, improve refrigeration for perishable goods and allow the operation of agricultural processing units efficiently.
Disaster Response
After a natural disaster, communities often face critical shortages of electricity and clean water. AFB’s Disaster Response System integrates solar arrays, energy storage and water purification into a single, portable container. The system generates up to 75 kWh of electricity daily, powers emergency shelters and purifies drinking water for displaced populations. Designed for ease of transport and rapid setup, the container can be air-dropped and deployed in hard-to-reach areas.
Remote Communities
Many remote communities in Australia and the Pacific, such as Indigenous settlements or island communities, rely on expensive and logistically challenging diesel generators. AFB’s mobile power generation and energy storage systems offer a scalable energy solution that combines solar arrays and industrial grade batteries to reduce reliance on diesel generators. It ensures 24/7 electricity for homes, schools and community facilities, while significantly lowering energy costs.
Mining and Construction
Mining sites, construction projects and small commercial facilities require robust and reliable power systems to operate heavy machinery and support facilities or reliable backup power when the grid is unavailable. AFB’s Diesel Replacement System offers a modular energy solution that reduces diesel consumption by up to 90%. The system’s high renewable energy fraction (REF) ensures stability during high and variable daytime loads while maintaining consistent output at night.
Power Utilities
Utilities face growing challenges from renewable energy variability and peak load demands, making reliable energy storage crucial for grid stability. AFB’s VRFB system provides a scalable solution by storing excess renewable energy, such as solar or wind, for dispatch during peak periods. It enables peak shaving, reducing dependence on fossil-fuel plants, lowering operational costs and cutting emissions. With long-term, reliable storage, the system seamlessly integrates with utility grids to enhance renewable energy adoption and optimise energy distribution.
SPOTLIGHT: Ports
Ports support diverse activities such as cargo handling, marine services, and offshore logistics for industries like oil and gas. These operations often require reliable and continuous power, especially in remote coastal locations where grid connectivity may be limited. AFB’s Diesel Replacement System provides a mobile, scalable energy solution tailored to the power demands of port infrastructure.
Benefits:
- Sustainability: Reduces diesel consumption for onshore facilities and offshore operations.
- Efficiency: Provides consistent power for cranes, warehouses, and marine service equipment.
- Resilience: Operates in coastal climates with durable components.
- Adaptability: Mobile and scalable to meet fluctuating energy demands during peak cargo handling or vessel turnaround.
- Cost Savings: Significantly lowers fuel and operational costs for port authorities and tenants.