With the United States on the cusp of an IRA-driven surge in utility-scale PV deployment, Mark Bolinger and Joachim Seel of the Lawrence Berkeley National Laboratory cover key technology and market trends in this synopsis of their annual “Utility-Scale Solar” report series.
Falling solar module prices in recent years mean it can be beneficial to oversize the DC capacity in PV plants. John Leslie of BTY presents findings from a study that suggests developers should, in certain cases, investigate using higher DC/AC ratio designs.
PV modules will keep changing in the quest for higher efficiency and energy yield. However, the rapid and sometimes simultaneous introduction of new technologies increases overall quality risk, writes George Touloupas, senior director at Clean Energy Associates.
Rarely does the planning and design phase of solar farms consider the subsequent operational management and its costs. Jörn Carstensen, managing partner at greentech, explores how unforeseen effects from development, procurement and construction can have a significant impact on the economic viability of PV plants.
Using an in-house tool and PVsyst simulation software, a team from Chint New Energy Technology Co. analyse the LCOE of utility-scale solar systems in various countries based on three technologies: PERC, TOPCon and HJT.
Installed solar PV capacity globally will grow 20-fold by 2050, when the technology will represent 38% of all electricity production, according to a new DNV report.
