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Net Energy from Fusion Will Be Obtained in 2025
20 Sep 2022Prof. Dennis G. Whyte announced the calendar for fusion energy at the IICEC seminar in Turkey:
“Net energy from fusion will be obtained in 2025 and can be supplied to the grid in 2030”
Fusion energy, which has the potential to revolutionize the world in the field of energy, was discussed at the seminar titled "Accelerating Fusion Energy and Innovation" organized by Sabancı University Istanbul International Energy and Climate Center (IICEC).
Prof, Director of MIT Plasma Science and Fusion Center, which is carrying out the most leading studies in this field in the world. Dr. Dennis G. Whyte stated that 20-30 year processes in fusion technology have now been reduced to 2-3 years with the innovative technology solutions they have developed. Prof. Whyte said that they have successfully completed the first two stages of their work and that they aim to obtain net energy from fusion in 2025 and to supply the energy to the grid in 2030.
Sabancı University Istanbul International Energy and Climate Center (IICEC) continues to bring the latest developments in the fields of energy and climate to Turkey's agenda with its pioneering analytical studies, reports and conferences. Within the scope of the conference series organized by IICEC with the participation of the world's leading names in the field, fusion energy, which has the potential to revolutionize the field of energy, was discussed this time.
The most important name in the scientific world in the field of plasma science and fusion
Within the scope of the seminar titled "Accelerating Fusion Energy and Innovation", Prof., one of the leading names in the scientific world in the field of plasma science and fusion, and Director of the Plasma Science and Fusion Center of the Massachusetts Institute of Technology (MIT). Dr. Dennis G. Whyte came to Turkey with the special invitation of Sabancı University Founding Board of Trustees Chairman Güler Sabancı for the seminar organized by IICEC.
Prof, who manages the SPARC fusion project, a compact, high-tech fusion energy solution, in collaboration with the private fusion initiative Commonwealth Fusion Systems (CFS), a company whose mission is to provide fusion power to the world. Dr. At the seminar held at The Seed Sakıp Sabancı Museum, Dennis G. Whyte talked about fusion energy, which is seen as one of the most important energy solutions of the future, the latest developments in fusion technology, the success factors of the technology they developed and concrete goals for the near future.
Prof, who broke new ground in this field with a very innovative and much faster method of producing fusion energy, also received the Fusion Power Associates (FPA) Board of Directors Leadership Award, which is given to individuals who demonstrate extraordinary leadership qualities in accelerating the development of fusion in 2018, with their relevant studies. Dr. A distinguished group of guests from the business world, energy and climate circles attended the special seminar where Dennis G. Whyte was the speaker.
“Fusion technology is very important for the clean energy future”
Sabancı University Founding Chairman of the Board of Trustees Güler Sabancı, who hosted the event, emphasized that fusion energy technology is very important for the clean energy future. Stating that she follows fusion energy technology closely as she is on the Advisory Board of the Massachusetts Institute of Technology (MIT) Energy Initiative, Güler Sabancı said that the studies carried out in this field are supported by Prof. one of the world's leading scientists. Dr. He expressed that he was happy to hear it hosted by IICEC through Dennis G. Whyte.
“We are introducing fusion technology for the first time in Turkey”
Sabancı University Rector Prof. Dr. In his speech at the seminar, Yusuf Leblebici said, "As Sabancı University, together with the Energy Initiative of the Massachusetts Institute of Technology, one of the world's leading universities, we are introducing a very innovative technology in Turkey. The fusion technology that Prof. Dr. Dennis Whyte told us has the potential to radically change the energy and development of humanity in the coming centuries. It shows that a result that has been talked about for at least 50-60 years but has never been achieved is now very close to us. Sabancı University Istanbul International Energy and Climate Center "The relationship established with (IICEC) and MIT Energy Initiative has been going on for years. I can say that it is a result of years of experience rather than a new step for Sabancı University. We are happy to host the important name of the scientific world at the IICEC event and to be involved in future studies."
“The first net energy will be obtained from fusion in 2025 and will be supplied to the grid in 2030”
"Given the current situation and global developments, fusion is much closer than we thought before. This means that we urgently need to develop technologies that highlight fusion as a commercial, feasible energy solution to combat climate change and energy security. Before our breakthrough discoveries, it was thought that fusion would take many years to come. Now, fusion is only four years away. This also offers us an important opportunity to apply this new energy source," said the Director of the MIT Plasma Science and Fusion Center. Prof. Dr. Dennis G. Whyte said the following about the importance of fusion and their work:
"For fusion technology to be truly realized, governments, research institutions, scientists, business world and private investors need to come together. It is important to transform the principles of scientific development, established with decades of public funding, into innovative technical and organizational models. A prime example of this is the recent emergence of the private fusion industry, with companies focusing on solutions to shorten the development time of fusion and produce an economically competitive product.
We, as MIT and its private sector partner Commonwealth Fusion Systems, provide an important example of this. This plan brings disruptive technology in superconducting magnets and well-established fusion science to life with innovative collaboration models of scientists, academia, business and investors to make a significant difference in the fight against climate change.
In the project we carry out as MIT, fusion energy is supplied to the grid and put into use in 4 stages. We completed the first stage, Alcator C-Mod, and completed the TFMC spiral stage in the second stage. We received positive results from the test results we conducted on September 5, 2021. Now, in the third phase, the construction of SPARC facilities near Boston to directly obtain net energy will be completed and put into service in 2025. Finally, we aim to make fusion energy available on the grid with the ARC phase.
There are no longer 20-30 year processes. We are talking about 2-3 years from now. The old rules no longer apply. Now we are talking about a new horizon and the near future. Perhaps we will talk about fusion energy in a very different way in the next 10 years. "In this way, we will overcome many energy problems," he said.
"Competitive fusion can provide very valuable gains for net importer energy markets such as Türkiye"
IICEC Director Bora Şekip Güray stated that IICEC continues to contribute to a safer and cleaner energy future with the public-industry-academia success triangle model, and stated that fusion technology has become increasingly prominent in studies on a safer and cleaner energy future. Stating that they, as Sabancı University IICEC, are very pleased to host Professor Whyte, Director of MIT Plasma Science and Fusion Center, in Türkiye, who has undertaken a world-leading project with the technological solutions he has led in this field, Güray underlined that the developments in sustainable fusion solutions will be critical for the energy and climate future. Güray pointed out the transformative potential of fusion among all these factors when considering the fields of energy security, combating climate change and energy economy, and stated that competitive fusion could provide very valuable gains in the future for energy markets such as Turkey, which has a growing energy demand and is a net importer of energy.
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