Modules & Upstream Manufacturing

PV module making is a brutally competitive industry. And for Slovenian module maker Bisol, in business since 2004, one of the keys to success has been to remain focused on the value its products deliver to the customer. And as company founder and CEO Uroš Merc explains, in 2021 this means reimagining module degradation.

The promise of solar windows have captivated scientists and engineers for decades. Now, West Australian company ClearVue says it not only has a fully transparent, scalable, industry-ready solar window in production, but it’s just 18 months away from cracking 5% efficiency, thanks to a research partnership.

Australian module manufacturer Tindo Solar is confident it can compete with the world’s biggest manufacturers having received a financial fillip as part of the federal government’s $55 million Manufacturing Modernisation Fund.

The Biden Administration’s decision to ban solar imports from four Xinjiang-based polysilicon manufacturers, Hoshine Silicon, Daqo, East Hope, and GCL New Energy Material, has already raised concerns. One analyst warns of a “significant negative impact” across the U.S. solar industry.

Researchers in China have built a PV-powered air conditioner that can store power through ice thermal storage. The performance of the system was evaluated considering operating efficiency and stability and the scientists found that a device relying on a variable-speed compressor and an MPPT controller showed very good ice-making capability.

This year, PV cell manufacturers will face the challenge of transformation. Apart from adjusting the ratio of production for different-sized cells, some manufacturers are turning to next-generation opportunities, shifting investment from p-PERC to n-type technology. PV InfoLink Analyst Amy Fang discusses the issues facing n-type cell development this year.

China-based Risen Energy is expanding its global footprint, the solar PV manufacturer and project developer announcing plans to construct a $13.35 billion mega production facility in Malaysia.

The American business is looking for module manufacturing partners as it plans to bring its ‘direct wafer’ production technique to India. The company uses molten silicon to form wafers rather than sawing ingots, thus eliminating dust waste and speeding up the process.

Rice University engineers produced “near-perfect” 2D perovskite crystals for photovoltaic applications, grown from seeds.

In a white paper, the three Chinese module manufacturers have reiterated the well-known refrain “bigger is not always better.” Experts from the three companies compared the BoS costs of 182mm-wafer-based modules and 210mm products, and found that the former have a slight advantage in racking, foundation, and land costs.