Winds Of Change For Vestas: 3D Printed Tooling Transforms Wind Turbines
There aren't a lot of technologies that can propel towering wind turbines to new heights of time and cost efficiencies, but large-format additive manufacturing rose to the challenge and delivered with its eclectic range of applications.
DOE funds 3D printing of wind blade tooling to make U.S. clean energy sector more competitive
The DOE-funded Purdue program, "Additive Manufacturing of Modular Tools with Integrated Heating for Large-Scale Wind Blade Manufacturing," is led by Eduardo Barocio, director of the Composites Additive Manufacturing and Simulation (CAMS) Industrial Consortium.
Purdue researchers test 3D concrete printing system as part of NSF-funded project
Transitioning to clean wind energy could become more cost-efficient as Purdue University researchers test a new technology created by an international startup to anchor offshore wind turbines.
Improving the Performance of Supercritical CO2 in Next-generation Energy Applications with 3D Metal Printing
Mohawk Innovative Technology uses VELO3D's metal AM system to develop a high temperature heat transfer fluid circulator for the Department of Energy
Records 1 to 4 of 4
Featured Product
OMCO Origin® Factory-Direct Trackers
A One-In-Portrait (1P) solution that support a wide range of solar projects (utility scale, distributed generation (DG), & C&I markets). Manufactured and factory preassembled in the USA at one of OMCO Solar's 5 US plants (AZ, IN, AL, OH), OMCO makes all structural components with domestic steel and now can offer a 100% domestic tracker. OMCO Origin® Factory-Direct Trackers include universal module mounts with options for all commercially available modules, labor-saving bearings with 6 adjustable ways to compensate for posts and terrain issues, and foundation solutions for every terrain including OMCO C Piles.
