CASE STUDY
Fulham
Reliable hybrid power in
challenging irradiance conditions
Gippsland
Victoria
1 Nov 2025 -
10 Jul 2026
FPS20-10
Deployed
The FPS20-10 hybrid power system delivered reliable, cost-effective power for temporary site facilities in a low-irradiance location, significantly reducing diesel use, operating costs, and emissions.

PROJECT SNAPSHOT
Project Name
Fulham
Location
Gippsland, Victoria
Product Deployed
FPS20-10
Deployment Period
Project Name
Prpject Duration
Project Name
Diesel Generator Comparison
35kVA
WHAT WAS POWERED
THE CHALLENGE
The FPS Mini-25 is designed for sites that need more portable output than the Mini-15 or Mini-20, while still keeping the benefits of a trailer-mounted hybrid system.
​
It combines deployable solar generation, integrated battery storage and backup generation to support reliable temporary power across smaller worksites, remote applications and mobile site operations.
​​Higher-load temporary worksites
-
Remote equipment and site operations
-
Site amenities, lighting and communications
-
Temporary construction support
-
Mobile off-grid power applications
-
Projects needing increased portable hybrid capacity
DIESEL GENERATOR COMPARISON
The table shows the estimated diesel use and costs if a 35kVA generator was required to operate 24 hours a day for the duration of the project.

By using the FPS20-10 hybrid system insed of a 24-hour deisl genertor, the project acheived significant savings and emission reduction.
Parameter
Value
Project Duration
251 days
Operating Hours Based on 24-Hour-Use
6,024 hours
Estimated 24-0Hour Generator Fuel Use
2.1 L / hour
Diesel Price Used
$2.20 / L
Diesel Use with 24-Hour Generator Operation
12,650.4 L
Estimated Diel Cost Avoided
$27,830.88
Estimated Emission Reduction
34.16 tonnes CO2
PROJECT OUTCOME
THE FPS2-10 hybrid power system delivered reliable power throughout the 251-day deployment, even in challenging low-irradiance conditions.
Compared to a 24-hour diesel generator setup, the project achieved an estimated:

12,650.4 L
diesel use avoided

$27,830.88
in diesel cost avoided

34.16
tonnes of CO2 avioded
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