/ Commercial & infrastructure power
Off-Grid & Stand-Alone Power Systems
Temporary and permanent stand-alone power systems for civil sites, sales centres, pump stations, remote assets and fringe-of-grid developments.
/ Overview
Reliable power where grid connection is impractical
Where a grid connection is unavailable, delayed or uneconomic, a stand-alone power system can provide an alternative. We compare the technical, capital and operating requirements against the available grid connection pathway.
We size generation, storage and backup capacity around the site load, operating profile, seasonal conditions and required reliability level.
06 / Off-grid
What’s included
Reliable power for the sites the grid does not reach, or does not reach yet:
- Civil sites, sales centres, pump stations and remote assets
- Temporary systems and permanent off-grid solutions
- Solar, battery and backup generation integrated to suit the site requirements
- Engineered for reliability and remoteness
- Sized for year-round demand
- Alternative to grid extension, assessed case by case
- Remote monitoring and management
- Scalable as the development grows
/ How it works
From plans to switch-on
Assess the site
We study the location, demand and conditions to design a system that performs through every season.
Build for reliability
Solar, battery and backup generation are sized and integrated against the agreed load and reliability requirements.
Monitor remotely
Remote monitoring keeps the system healthy and supply steady, wherever the site is.
What it means for your site
Avoid or defer grid extension
A stand-alone system may avoid or defer the cost and program associated with extending the grid, subject to site-specific assessment.
Dependable supply
Engineered with redundancy and backup appropriate to the agreed reliability requirements.
Unlock remote sites
Make fringe-of-grid developments viable on clean energy.
/ Explore more
Related capabilities
/ Let’s build something better
Planning a development?
Tell us about the site, load, operating hours and reliability requirements and we will assess the appropriate stand-alone power solution.