This session will explore our options for galvanizing the resources of Academia, Industry, and Government to work together to rapidly develop effective, affordable, robust, and safe solutions for decarbonizing our energy systems that can be deployed at large scale. The Strategic Energy Alliance (SEA) at Stanford University and the Electrified Processes for Industry without Carbon (EPIXC) will be presented as examples of alliances and consortia that have been formed to tackle this issue.
Countries are trying to meet the demand for critical minerals, metals, materials and equipment parts needed for energy transition, along with onshoring and nearshoring supply chains for them. This dual focus on industrialization and energy transition will lead to bottlenecks and could slow the energy transition’s pace. How can innovative material substitution and new technologies reduce the constraints in the supply chain? What are some insights, strategies and real-world examples of how new materials and technologies could be leveraged to optimize efficiency, mitigate risks and adapt to evolving needs of energy transition? The ability to adapt and find new technological solutions for constraints in the supply chain will be even more critical in a world that is increasingly fragmented.
Long Duration Energy Storage (LDES) has come a long way in the past decade. New advancements in mechanical, chemical, thermal storage and flow batteries are in development. What additional boundaries are being pushed in LDES? What commercial applications are just around the corner?