The PV CellTech 2019 meeting takes place in Penang, Malaysia on 12-13 March 2019. Going into its fourth year, PV CellTech has firmly become the key event for all CTOs and heads-of-R&D.
When we established the Silicon Module Super League (SMSL) a few years ago, it was prompted by the realisation that a select group of solar PV module suppliers were moving away from the 100+ chasing pack, and firmly establishing themselves as the companies that would be the dominant players as the industry moved towards and above annual shipment levels of 100GW.
This article reveals the top 10 module suppliers of 2018, based purely on own-brand shipped module MWp-dc volumes. This ranking complements our recently published top 10 cell producers feature.
PV CellTech 2019 takes place in Penang, Malaysia on 12-13 March 2019, and once again will feature keynote presentations from CTOs and heads-of-R&D from the leading multi-GW cell producers of the industry in 2019.
Back in 2014, p-type mono PERC cell production was less than 1GW. During 2019, production is forecast to exceed 60GW as the dominant technology type deployed by the solar industry for module assembly.
Solar cell production in 2018 represented change on many fronts, but may be remembered as a year during which Chinese-owned companies made further strategic moves as part of the current Beijing mandate to position the country as a high-tech manufacturing global powerhouse.
US-headquartered high-efficiency solar panel manufacturer SunPower Corp has started changing its long-held strategy of supplying only its in-house produced E Series and X Series panels to residential and C&I (Commerical and Industrial) PV projects in the US.
Just when it looked like the underlining trend for Tesla’s shift away from using third party mainstream solar panel suppliers was set in stone, as manufacturing partner Panasonic started ramping Gigafactory 2 production, the latest data for the third quarter of 2018, goes completely in a different direction.
Recently billed by solar industry experts as another degradation crisis that could be worse than the impact on PV module performance than PID (potential Induced Degradation), ‘Silicon Module Super League’ (SMSL) member, Hanwha Q CELLS has highlighted that both its mono and multicrystalline products have performed exceptionally well in LeTID (Light and elevated Temperature Induced Degradation) tests undertaken by Fraunhofer CSP.
‘Silicon Module Super League’ (SMSL) member Hanwha Q CELLS has lowered its full-year module shipment guidance a second time this year as business growth slows.
