We need to do all of these critical steps concurrently (Figure 2). If we’re going to succeed in getting fusion to launch more quickly, we need to do things differently. Historically – these activities would occur sequentially, explaining why the long path from proof-of-concept to commercialization is so slow. All of these must be in place before rapid scale-up can begin. There are many reasons why the path to technology commercialization is often slow: the R&D needed for technology maturation and cost reduction developing regulatory requirements and compliance mechanisms market development supply chain development workforce development and public support for technology adoption. Time from proof-of-concept to early commercialization for energy technologies (IEA, 2020). Fusion is one of the critical technologies that, if successful, would be a game-changer for addressing these issues. We need all the clean technology we can get, as soon as is humanly possible. ![]() ![]() In a world fighting the dangers of climate change and with increasing energy demands from developing economies around the world, we simply don’t have the time to wait. One of the topics is how to smooth the path to commercialization – so that once the technology is ready to go, it can scale up quickly.Įnergy technologies are notoriously slow to make their way between proof-of-concept and commercialization, averaging about 30-50 years (Figure 1). This week – Scott Hsu, the head of the new initiative, is hosting a workshop to get input on the public-private partnerships, a key element of the decadal strategy. ![]() Private sector innovators and investors have gotten in gear – raising over $4 billion total, with about $2 billion in 2021 alone, aiming towards proof-of-concept demonstrations before the end of the decade.Īt the White House Fusion Summit co-hosted by the Office of Science and Technology Policy and the Department of Energy, Secretary Granholm announced the creation of a department-wide initiative to launch a bold decadal action plan for accelerating the development of fusion energy. Īnticipating these coming breakthroughs, the Fusion Energy Science Advisory Committee and the National Academies of Sciences and Engineering, recommended that the government accelerate its research and development programs to develop a fusion pilot plant.
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