Our Technology

World-Leading Smart Manufacturing right here in Brisbane

Next-generation PV module manufacturing platform designed for multiple cell types and driven by data for quality and automation for efficiency.

Industry 4.0

MES-Driven Closed-Loop Manufacturing

MES real-time two-way communication with PLC/ERP/WMS
Digital twin full-process traceability – full record for every module
Work-order-driven execution – no offline operation with online data entry

High Automation

Manual Intervention ≤5% Changeover ≤30min

Fully automated material flow – from glass loading to packaging
Only necessary manual steps: first-piece inspection, quick validation
One-click changeover: 48 /54/66 cell PV Modules

AI Quality Control

100% EL Inspection + AI Real-Time Detection + Closed-Loop Interception

100% EL inspection, AI inference engine classifies
Three-level disposition: reject/ mark/re-inspect
SPC linkage

Process Compatibility

Single Line Compatible with TOPCon & HJT

TOPCon half-cut/quarter-cut, HJT
Lossless diced cells
Laminator multi-zone temperature adaptation

Next-Generation Cell Technology

Three staged product evolution — Core objective: High-power, high-efficiency modules built for the Australian environment.

Stage I: 2026

High Efficiency N-Type Launch

Cell Tech: N-Type high efficiency TopCon
Products: Residential / C&I / Utility

Stage II: 2028 – 2030

HJT & IBC R&D

Cell Tech: N-Type TopCon + HJT (R&D) + IBC (R&D) + PVKs Tandem (R&D)
Cell Size: Half-cut (<50%) + Quarter-cut (>50%)
Focus: Higher efficiency, reliability optimisation, patent strategy

Stage III: ~2035

Perovskite Tandem Era

Cell Tech: N-Type TopCon + HJT (TBD) + IBC (TBD) + PVKs Tandem
Cell Size: Multiple cutting configurations
Partnerships: ARENA ULCS program with USYD on PVKs Tandem cells

Partner with Australia’s Solar Manufacturing Future

Join us in accelerating the clean energy transition with high-performance, locally made solar panels. Enquire today to explore partnership, OEM, or supply opportunities.