Cell Processing

Qcells claims its perovskite/silicon tandem technology has moved a step closer to commercialisation after passing several reliability tests.

As the University of Queensland take the first steps towards commercialising a tin halide perovskite solar cell concept, George Heynes explores the development of the technology.

Silfab Solar has raised US$110 million through the sale of Section 45X Advanced Manufacturing Production Tax Credits (PTCs).

The University of Queensland has partnered with Halocell Energy to support the advancement of the university’s THP solar cell technology.

Singapore-headquartered solar manufacturer Gstar Solar has started commercial production of modules at its solar cell and module plant in the Philippines.

Researchers from the University of New South Wales (UNSW) and the University of Newcastle have found that “hidden contaminants” in TOPCon and HJT modules can lead to a power loss of up to 16%.

CEA's Martin Meyers considers the pros and cons of the different PV cell technology options for manufacturers starting production in the US.

SEG Solar has commissioned the first phase of its newest cell manufacturing facility, in Indonesia, with a production capacity of 2GW.

While other technologies exist, c-Si solar PV technology is the leading candidate for large-scale energy production, writes Radovan Kopecek.

A study from researchers at the King Abdullah University of Science and Technology (KAUST) in Saudi Arabia has shown that a synthetic molecule in the design of a perovskite solar cell can boost its energy efficiency and longevity.