Enlightening opinions from US energy commissioners on what they really think about renewables and the electricity industry's incumbents can only be said out loud once they've left their post: a reversal of poacher turned gamekeeper.
As California's "dumb" grid gets smart over the next decade, a clever convergence between technology and PV systems is also required. Otherwise, attempts to harmonize the state's 33% Renewable Portfolio Standard are at risk of turning into a cacophony for policymakers, utilities and technologists.
Despite the phenomenal success of California's Renewable Portfolio Standard in creating a market for utility-scale solar, many in the industry are forecasting the end of the transmission line for large central stations stranded out in the desert.
It was a victory of sorts on this beautiful spring day for Germany’s solar industry. The protest at Berlin’s Brandenburger Tor was immense: orange balloons released into the light breeze, flags from a number of Germany’s solar companies were vehemently waved and whistles were heartily blown in protest as well as in agreement. The most imaginative of the protesters were a group carrying a coffin through the crowds. Symbolic, simple and effective.
How much carbon is emitted in producing a solar PV module and launching it on the market? This could be an important question which project developers, installers, investors, government agencies and end customers will ask solar PV manufacturers in the future.
With 95% of module shipments in 2011 accounted for by a manufacturing group that is comprised of technologies specific to the c-Si community and thin film manufacturer, First Solar, for those seeking a disruptive alternative to compete with this dominance there are few options that command as much attention as CIGS.
Plunging PV prices have brought the world closer to grid parity than ever before as solar developers scramble to undercut each other with bargain prices bid into California's Renewable Portfolio Standard.
Concern about copper prices is not a recent phenomenon in the history of electrical generation and delivery. In 1879, Thomas Edison calculated that he would need to spend $18,000 to test his first ever electric light system around his lab in Menlo Park, New Jersey.
Amphenol Industrial is offering a new active trunk and drop cabling solution, in conjunction with Ampt, a designer of active electronics for photovoltaic (PV) solar modules. The new cabling solution is claimed to reduce the cost of commercial and utility-scale PV systems.
GT Advanced Technologies has developed the ‘Acuity’ software, as a comprehensive performance management solution that lets operators optimize the performance of GT’s ‘DSS’ family of crystal growth furnaces. Acuity performance software monitors DSS production data providing PV manufacturers with real-time insight into actual versus ideal equipment performance. By understanding these performance gaps, companies can make more informed decisions to ensure that DSS furnaces perform at optimal levels of efficiency run after run.
