Project Story

1 MW C&I Rooftop Solar — Brisbane, Australia

~1 MW monocrystalline rooftop PV with string grid-tied inverters and storage-ready design—high self-consumption, lower energy cost, and carbon reduction.

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Project challenge

1Needed a bankable design balancing CAPEX, self-consumption rate, and future storage without overbuilding day one.
2Required credible equipment specs and export documentation for local EPC and financing review.
3Wanted a supplier who could later supply rack ESS using the same project context.

Implemented solution

1Deployed high-efficiency monocrystalline modules sized to available roof area and daytime load.
2Used string grid-tied inverters with storage-ready AC architecture for phased ESS rollout.
3Aligned BOM with modular LFP rack options for a future peak-shaving or backup phase.

Results and proof points

1Lower site energy cost and improved autonomy from on-site solar consumption.
2Documented carbon reduction contribution for sustainability reporting.
3Clear technical path to add LFP rack capacity when tariffs or backup needs justify ESS.

Related industries

Commercial Buildings and Facilities

Request a quote for a storage-ready C&I rooftop PV project

Send monthly kWh + peak kW, roof constraints (or PV target kW), grid voltage/type, and whether ESS is planned now or later. Add required certifications/grid code, timeline, and Incoterms/port for a quote-ready scope.

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