SNAPSHOT: A newly built fast-food outlet required a quiet, reliable temporary power solution to maintain 24/7 operations while facing ongoing delays to permanent grid connection.
Customer
Southern Generators & Electrical Pty Ltd (SGH)
Application
Delayed Grid Connection
Location
Moonee Ponds, VIC
THE BRIEF
Problem We Helped Solve
A newly built fast-food chain in Moonee Ponds faced repeated delays in securing permanent power, with the grid connection pushed back twice and impacting its ability to open on time. The site required a reliable temporary solution to support the high and consistent demands of a fast-paced food operation, with a required output exceeding 100kW, almost 24/7.
What Needed to be Powered
The entirety of the fast-food outlet including:
– Air conditioning systems
– Deep fryers and cooking equipment
– Refrigeration and cold storage
– Lighting, POS systems, and general amenities
Alternatives Assessed
The only alternative was to wait up to six months for permanent grid power and delay the open date due to the close proximity of the fast food restaurant to neighbouring residential apartments, with noise complaints being a major constraint.
THE POWERSHIFT SOLUTION

POWRBANK MAX units are a large-scale mobile battery system designed for high-powered and long-duration commercial, industrial and grid applications
THE HIGHLIGHTS
The POWRBANK MAX delivered reliable temporary power capable of managing the high and continuous load of the food outlet. This approach provided stable, full-day power without the need for overnight generator use, reducing fuel consumption and allowing the site to continue progressing despite ongoing grid delays.
Successful on-time Store Opening
Avoiding costly project delays
Reduced Noise Impact
Creating a better experience for both customers, staff and local residents
Scalable and Future-Ready
Residents experienced reliable, uninterrupted power throughout their occupancy while the battery was on site
Improved Maintenance Flexibility
With the ability to take the generator offline without disrupting power supply
