Manufacturing

Researchers at the University of New South Wales have developed an AI-driven system aimed at accelerating the identification of two-dimensional semiconductor materials that can be used in solar cells.

The Chinese manufacturer said its lightweight Light Diamond TOPCon module delivers 560 W at 24.94% efficiency.

Researchers have identified a new source of underperformance in utility-scale PV plants caused by “suboptimal backtracking” on slightly uneven terrain. The study shows that real tracker control systems deviate from ideal flat-terrain assumptions, reducing irradiance capture and causing measurable energy losses compared with simulations.

An ongoing collaboration between New South Wales-based Halocell Energy and Sofab Inks finds that perovskite modules incorporating Sofab’s Tinfab electron transport layer maintain approximately 100% of their normalised efficiency after 1,300 hours under accelerated combined light and damp-heat testing.

MyNu Energy has launched a mobile solar generation and battery energy storage system designed to reduce reliance on diesel as the Middle East crisis continues to cause concerns about fuel shortages and uncertain energy costs.

A new UNSW study shows that laser-enhanced contact optimisation can boost industrial TOPCon solar cell efficiency by improving contact properties and reducing recombination losses. By combining optimised firing conditions with LECO “repair” of contacts, the approach balances recombination and resistance, offering a practical path for conventional TOPCon cells to compete with PV technologies offering higher efficiencies.

Researchers from 11 universities globally, including the University of New South Wales, have collaborated on a paper advocating for the need to guarantee energy security, research in photovoltaics is essential for continued innovation.

For decades, copper was the material the solar industry knew it needed but could not manufacture at scale. That barrier has been lifted. What follows matters for every rooftop, every supply chain, and every gigawatt the energy transition still requires.

Almost 40 residents of a multi-unit complex in Templestowe have opted for two, three or four, 480 W panels, or to share clean energy from a 5 kW solar community board supported by 11 panels under the Victorian Solar for Apartments scheme, scheduled to close at the end of April 2026.

New research from the University of New South Wales shows that PV module degradation varies widely with system design and location, driven by UV exposure, temperature, humidity, and atmospheric conditions. Tropical and desert regions face the highest stress, highlighting the need for climate-specific testing and system design.