Author
Cornelius Armbruster
Cornelius Armbruster ist seit 2014 wissenschaftlicher Mitarbeiter und Projektleiter am Fraunhofer ISE, Freiburg. Sein Forschungsschwerpunkt ist kompakte effiziente Leistungselektronik für die Energietransformation. Er studierte regenerative Energiesysteme (B.Eng.) und Elektrotechnik (M.Eng.) in Bielefeld.
Advertisement
Articles written by Cornelius Armbruster
More than 70% of announced U.S. solar manufacturing expansion plans yet to be financed
Forecasted capital expenditure for new U.S. solar manufacturing expansions for 2027 reflects a hesitant financing climate, with Tesla’s Texas plans having the potential to rocket boost the entire sector’s spending outlook.
Oct 12, 2026
U.S. solar module production reaches historic 100 GW landmark
The United States crossed 100 GW of cumulative solar PV module production during Q2 2026, according to a new bottom-up factory-level analysis by Terawatt PV Research going back to the early 1970’s. Almost two-fifths of all module production can be attributed to First Solar – a reflection of the company’s unique role in U.S. manufacturing dating back more than 20 years.
Sep 23, 2026
IRA-stimulated U.S. solar manufacturing capex to reach $12.2 billion by end 2026
A new report by Terawatt PV Research provides the first detailed bottom-up analysis of U.S. PV manufacturing sites, including capital expenditure, productivity and technology. The findings reveal that PV manufacturing capex since the introduction of the Inflation Reduction Act accounts for more than half of all investments in U.S. PV manufacturing this century.
Advertisement
Advertisement
India could benefit as US applies Section 201 tariffs to Turkish modules
With Turkey now deemed too developed to qualify for exemption from import tariffs, the nascent Indian solar manufacturing sector is one of the few markets left whose cells and modules can be shipped to the U.S. free of tariffs.
The big read: Inertia, frequency regulation and the grid
The old system of regulating frequency on electricity grids with the help of the inertia provided by large spinning masses is under threat from wind, solar and batteries. But what will replace inertia-based control, and how will the transition work?
Mar 09, 2019
Advertisement