Dedicated monocrystalline integrated PV module manufacturer SolarWorld believes 2017 is a transitional year for the company after announcing a switch to monocrystalline production at the expense of multicrystalline and a full-migration to PERC (Passivated Emitter Rear Cell) technology as ASP declines in the second-half of 2016 forced a major manufacturing rethink.
Sharp is making available its NQ-R256A (256W) monocrystalline PV module to the European market, which incorporates back contact cell technology for efficiencies of 19.8%. The 48-cell configuration has proved popular in Japan and can maximize rooftop area, compared to conventional 60-cell configured modules.
Diversified renewable energy firm Shunfeng International Clean Energy (SFCE) had previously warned that it expected to report a loss in 2016 of around US$133 million (RMB 923 million) due to a catalogue of issues but revised analysis by the company put the figure significantly higher at around US$348 million.
Many key PV manufacturers in Taiwan are still reporting monthly sales in February, 2017 that are well below the levels set in the first half of 2016, due primarily to the expected boom in China’s downstream PV market, which has yet to take hold.
‘Silicon Module Super League’ (SMSL) member Hanwha Q CELLS is allocating only US$50 million to capital expenditures in 2017, indicating there would be no new in-house capacity expansions in 2017.
In defiance of a significant trend by a growing number of leading PV manufacturers to either completely replace P-type multi c-Si cell technology with P-type mono c-Si with PERC (Passivated Emitter Rear Contact) technology, or hedge their bets and do PERC on both wafer substrates, Silicon Module Super League member Canadian Solar is placing a potentially risky bet on pushing ahead with the migration to P-type multi c-Si PERC cell technology using diamond wire saw (DWS) and ‘Black Silicon’ texturing under its ‘ONYX’ cell branding.
von Ardenne’s ‘SCALA’ platform has been designed to close the gap between R&D and production of Silicon heterojunction (HJ) solar cells. The modular platform provides a pathway via a technology approach, the tuning of the PVD processing and the complementary technology steps such as texturing, PECVD and metallization processes for 22% conversion efficiencies on 6-inch substrates and thus to ease the path to commercialization.
Silicon Module Super League (SMSL) member JA Solar is continuing to expand manufacturing capacity in 2017 after guiding total shipments to be in the range of 6GW to 6.5GW, up from 5.2GW in 2016.
