Passive cooling
Passively cooled design; 59 rear fins, no fan as the primary heat path.
Pre-launch · Australia
The Granville GV-ESS-12K-BLADE pairs a passively cooled hybrid inverter with stackable LFP battery modules in one slim, 620 mm wide tower.
Made for Australia
Available in approx. 10 kVA single-phase or 12 kW three-phase configurations to align with Australian distribution network export and connection rules, strictly for garage or external wall installation.
Design
Passively cooled design; 59 rear fins, no fan as the primary heat path.
Set into the face of the inverter head.
Single vertical solar-amber light line, showing the system state at a glance (states indicative).
Lower recessed hinged LOTO access door with rotary PV DC isolator, DIN-rail AC/DC circuit breakers, and CAN-FD / RS485 / telemetry interfaces.
2 to 4 GV-Blade-5000 modules per tower, separated by a precise 3 mm shadow gap.
Configure your tower
Each GV-Blade-5000 module slots beneath the inverter head. Choose the stack that suits your home — your installer confirms the final design on site.
Specifications
This product is still in development. Verified figures are fixed; Design target figures may change before launch.
We only publish these once testing and certification are complete:
Installation
The Granville GV-ESS-12K-BLADE is sold through installers. You register interest; Granville matches you with a certified installer in your area when the product launches in Australia.
Tell us about your property and preferred tower size.
Engineering milestones and certification progress for your region.
A certified local installer designs and installs your system.
Permitted locations
Tower-to-tower spacing
300 mm
Grid connection
Approx. 10 kVA 1-phase or 12 kW 3-phase, 50 Hz
Better together
Direct DC array integration through the rotary PV DC isolator.
Sealed Space Grey top cap for parallel battery expansion towers.
Register interest
No pricing or delivery dates yet. Register to get development updates and to be matched with a certified installer at launch.