Fluence has been awarded or built more than 1 GW of energy storage capacity in 95 unique projects across 20 countries. Now, the company β a joint venture between Siemens and AES βis modeling the future of the power grid to predict where its expertise will be utilized next.
Rocky Mountain Institute’s new predicts unprecedented battery storage development in the next decade and beyond. And, while li-ion will remain to be the tech that’s hot in the streets in the short term, the future is diverse.
Got new hardware tips? Send them to USA-Editors@pv-magazine.com. Mono-PERC module pricing is still nudging downward, Energy Toolbase has integrated Chint energy storage solutions into its software, and Jinko has a new module.
The thin film PV maker reported solid third quarter results, following on the opening of its massive 1.3 GW factory in Ohio.
The thin film PV maker has officially completed its massive manufacturing facility in Lake Township, Ohio, which brings it to 1.9 GW of manufacturing capacity in the state. The factory will help to meet the overwhelming demand for Series 6 modules.
The most dramatic company in energy installed 477 megawatts-hours of battery storage in Q3, more than ever before, as well as seeing the first improvements in its residential solar deployment in years.
Single axis solar tracking manufacturer Sunfolding, led by the mind of CTO Leila Madrone, has raised $32 million to expand operations surrounding the deployment of its three-component T29 system.
NREL opened the doors as scientists spoke of advancing perovskites with fundamental research, fast drying solar inks, refining solar windows, and actively pushing into high speed, high volume manufacturing capacity on the multi-terawatt scale.
These are our tools, our advanced use of them sets us apart from the animals – so be good to your tools! Foen PV makes beautiful steel – some of it for solar, an earthquake caused a gas plant explosion, and Sensehawk is tying together many tasks via AI.
Energy storage is a sector marked by continuous technological development β and given the challenges created by our rapidly transforming energy systems, it needs to be. But how do innovations move from idea to reality?
Specifically, what kind of environments are needed to nurture new technologies and approaches, and how do they interact with existing supports?
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