The industry remains on a long-term roadmap that will almost certainly see a strong movement to n-type wafers. We caught up with Feng Li of Yingli Green.
German research institute Fraunhofer ISE has claimed a new record conversion efficiency for a 20mm x 20mm N-type multicrystalline cell using process match wafer and its TOPCon (Tunnel Oxide Passivated Contact) developed technology.
Specialist PV manufacturing equipment supplier Amtech Systems highlighted the confidence it had in a series of major new orders for high-efficiency n-type PERC and n-type bi-facial cell equipment including the first of a multi-phase 1GW turnkey project order during the reporting of its first 2017 fiscal quarter.
Yesterday on PV-Tech, we explained what to expect from p-type multi c-Si modules during 2017 and 2018, across various p-multi cell configurations. Today, we show a similar analysis, but for p-type mono.
Solar cells produced using p-type multi c-Si wafers retained their dominant market-share position in 2016, despite significant investments into p-type mono and advanced cell production, such as PERC. The transition to increased mono wafer use is now expected to be seen more clearly during 2017 and 2018, but depends still upon the relative end-market demand from the domestic Chinese market.
Specialist PV manufacturing equipment supplier Amtech Systems has reported new solar orders since the end of September, 2016 have topped US$60 million, driven by PV manufacturers in China, Malaysia and Taiwan.
US-based high-efficiency integrated PV manufacturer Mission Solar Energy is reportedly to close its N-type mono solar cell line with the loss of 87 jobs and focus on module assembly to remain competitive.
Monocrystalline wafer producer Comtec Solar Systems Group has reported first half 2016 financial results that were impacted by a decline in average selling prices (ASP) and lower volume shipments, due to production upgrades and training at its facility in Malaysia.
