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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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15 minute introduction of Supply-Chain Life Cycle – a. Lifecycle, models, scaling up b. Standardization while maintaining IP, increasing efficiency c. Access and Information sharing (NASA/USAF platform) d. Reducing total cycle time and increasing scaling potential
Manufacturers in Michigan to enter the aerospace manufacturing and supply chain ecosystem. How they can support U.S. competitiveness in the aerospace industry.
Update on issues facing aeronautics supply chain and how NASA is addressing these issues.
New aircraft, such as electric vertical take-off and landing vehicles, are being developed to support advanced air mobility. This talk will address gaps and risks in the aerospace supply chain and discuss how to identify and develop resiliency approaches.
Nuclear Fuel Cycle and Supply Chain (NFCSC) Technical Monthly May FY-20
NREL and JISEA have many supply chain competencies and capabilities. Utilizing these tools and with funding by the DOE Office of Science through the National Virtual Biotechnology Laboratory, a consortium of DOE national laboratories focused on response to COVID-19, provided by the Coronavirus CARES Act, an NREL team prepared case studies regarding necessary PPE to combat COVID.
With energy demand rising and the desire to reduce carbon emissions becoming more prominent, government and industry are increasingly interested in developing an emissions-free, power generation source that is safe, resilient and dependable. The world is looking to expand clean energy capabilities and develop the next generation of nuclear reactors. Not only is building next-generation energy systems Idaho National Laboratory’s opportunity, it is also Idaho’s opportunity. With this in mind, INL launched Supply Chain Initiative to leverage INL’s energy projects to build an energy talent pipeline and develop a robust business ecosystem to support current and future projects.
Understanding manufacturing cost implications of technologies is critical to aid adoption of next-generation energy solutions. It is important to understand not only of the manufacturing costs and value-add along the supply chain, but also gain understanding of manufacturing location decisions. By identifying a technology's competitive strengths and weaknesses, analyses give researchers and program decision makers the data and insights needed to create strategies and plans that better promote U.S. economic growth and pursue R&D activities that have the greatest long-term potential to yield significant energy savings for U.S. consumers. In this talk, we present examples of analysis from a variety of energy technologies to demonstrate how manufacturing cost analysis can be used to answer specific policy or research questions. In addition, we present case studies showing the importance of understanding trade flow, manufacturing locations, and capacity and utilization to inform economic growth and potential for technology adoption.
This white paper discusses three exemplary scenarios SETO has identified that can achieve a more sustainable, reliable, and resilient supply chain for solar photovoltaic technologies.
Nuclear Fuel Cycle and Supply Chain (NFCSC) Technical Monthly September FY-23
Nuclear Fuel Cycle and Supply Chain (NFCSC) Technical Monthly August FY-23
Nuclear Fuel Cycle and Supply Chain (NFCSC) Technical Monthly October FY-22
Nuclear Fuel Cycle and Supply Chain (NFCSC) Technical Monthly August FY-22
Nuclear Fuel Cycle and Supply Chain (NFCSC) Technical Monthly April FY-21
Nuclear Fuel Cycle and Supply Chain (NFCSC) Technical Monthly November FY-24
Nuclear Fuel Cycle and Supply Chain (NFCSC) Technical Monthly May FY-21
Nuclear Fuel Cycle and Supply Chain (NFCSC) Technical Monthly October FY-23
Fact sheet for the Hydropower Supply Chain Gap Analysis report.