In the second of a two-part feature, Q CELLS details its participation in TÜV Rheinland’s Quality Controlled PV program and what it means for the solar sector in the future.
A research project has produced a silicon carbide inverter capable of enabling large-scale solar systems to connect directly to medium-voltage grids without the need of a transformer.
In the first of a two-part feature, Q CELLS explains how it is forging a quality-focused future for photovoltaics, together with the vital input of a handful of respected industry experts.
Solar is now cheapest form of new electricity in a host of international markets, driven by cost reductions and growth of bifaciality, large-area solar modules and trackers.
The introduction of large-format modules promises to pose both benefits and challenges to developers. Christopher West, head of central engineering at Solarcentury, explores the many considerations PV designers must bear in mind now large-area modules are on the market.
What sounds like a piece of fiction is rapidly influencing how things are done in the construction industry – digital tools are increasingly used throughout all stages of construction projects. Greencells has translated this principle for use on solar plant worksites - with an Augmented Reality support solution developed in-house.
At an event held earlier this month, Jinko, LONGi and JA Solar stated that manufacturing capacity of modules featuring 182mm wafers stood to reach 54GW next year, but even those estimates may prove to be conservative. PV Tech’s Carrie Xiao analyses the impact of industry competition on expansion plans
