Accelerating the integration & scale of solar
To balance efficiency gains with long-term reliability, UV-induced degradation in solar panels can be quickly identified using improved and faster testing methods.A world-first Australian printed solar manufacturing facility will offer an affordable solution that is resilient in all weather conditions.
Roll-to-roll printing technique extremely affordable and fully recyclable.
Improving testing methods to identify UV-induced degradation in solar panels faster.
Solar thermal technology harnessing waste heat from solar panels.
Boosting solar panel durability by advancing next-gen TOPCon module performance.
Exploring novel luminescent materials to enhance agriPV modules.
Drone-based luminescence inspection methods and systems for utility-scale solar farms.
Coordinating residential and commercial solar-battery systems at scale with AI.
Developing an AI-enabled energy platform to distribute solar battery and power to tenants.
Coordinating rooftop solar, battery storage and AI to strengthen local energy resilience.
Automating utility-scale solar asset management with conversational prompts.
Concentrated solar thermal innovation using ceramic particles to absorb and store heat.
