The US market is expected to see a strong uptick in overall module supply, both domestic and overseas, in 2023. Alongside this will be a range of different module technologies, making the US market the most differentiated from a technology standpoint this year.
A new record efficiency for lab-tested peroviskite/silicon tandem cells has been certified by the European Solar Test Installation (ESTI) and National Renewable Energy Laboratory.
Researchers in Singapore have found a less environmentally damaging way to produce perovskite solar cells in a laboratory, removing the need for lead which had previously been used.
US PV incentives should be entirely focused on solar cell manufacturing in the short term, with maximum incentive rates given to domestic solar cell production that ultimately has a risk-free supply chain of materials and equipment, writes Finlay Colville, head of research at PV Tech.
Researchers from the Australian National University (ANU) have reportedly achieved a 30.3% efficiency rate for a test-size perovskite-silicon tandem solar cell.
The recent swathe of announcements from US policymakers – coupled with growing geopolitical unrest regarding Chinese manufacturing dominance and the role of solar PV from an energy security standpoint – has the potential to redefine PV technology, manufacturing and component supply chains in a way that the industry has never seen before, writes Finlay Colville, head of research at PV Tech.
Amid potential supply chain bottlenecks as China increases its PV manufacturing dominance, companies in markets such as the US, India and Europe are looking to leverage new policy support to scale up domestic production. Jules Scully charts the industry’s efforts to onshore solar module manufacturing.
