This article represents the concluding part of a six-part series on PV-Tech over the past couple of weeks, introducing new methodology to allow leading PV module suppliers to be categorized, ranked and short-listed by manufacturing and financial strength metrics; ultimately providing an investor-risk (or bankability) profile of PV module suppliers for non-residential end-market selection.
This article continues our series of features introducing new methodology that allows leading PV module producers to be categorised, ranked and short-listed by manufacturing and financial strength metrics; ultimately providing an investor-risk (or bankability) profile of PV module suppliers for non-residential end-market selection.
This article continues our series of features introducing new methodology that allows leading PV module producers to be categorised, ranked and short-listed by manufacturing and financial strength metrics; ultimately providing an investor-risk (or bankability) profile of bankable module suppliers for non-residential end-market selection.
This article introduces a new methodology that allows leading PV module producers to be categorised by manufacturing and financial strength metrics, ultimately providing an investor-risk (or bankability) profile for non-residential end-market selection.
Once again this year, PV ModuleTech is shaping up to be the go-to event to learn which module suppliers are the ones being consistently chosen for large-scale global PV projects. The event is now firmly established in the PV events calendar, and the session topics reflect the new trends in module assembly, factory auditing, inspection and related due-diligence studies.
Pellucere Technologies has claimed to have developed the world’s first field-installable, anti-reflective, anti-soiling solar panel coating, which is said to boosts energy generation and reduces cleaning. The MoreSun product includes an Anti-Reflective (AR) & Anti-Soiling (AS) silica shield to any solar array.
SPE, ETIP PV: Bolder approach would help continent seize largely untapped building-integrated PV potential, which goes well beyond rooftop installations.
According to DuPont Photovoltaic and Advanced Materials latest ‘Global PV Reliability Study’ that focuses on field inspection and analysis of 6.5 million modules, 355 installations and 1.8GW of total power, PV backsheet material defects have increased by a significant 47% from the 2018 report.
Perovskite-based PV manufacturer, Saule Technologies expects to have its first prototype production line ready in the fourth quarter of 2019, which will produce flexible, lightweight, semi-transparent, single junction solar substrates with 10% conversion efficiencies.
PV Evolution Labs (PVEL) has published the 5th Edition of its PV Module Reliability Scorecard in partnership with DNV GL, which remains the most comprehensive publicly available comparison of PV module reliability test results.
