Helical Fusion has forged a partnership with the National Institute for Fusion Science (NIFS), establishing the "HF Collaboration Research Group" within NIFS's expansive experimental research facility. This dedicated space, situated alongside the world's largest superconductor and fusion experimental facility, is designed specifically for Helical Fusion's endeavours. With NIFS's backing, Helical Fusion aims to expedite the realization of the world's premier commercial fusion reactor.
The anticipation of a global population surge of 1.7 billion by 2050, coupled with a corresponding rise in electricity demand, underscores the limitations of conventional power generation methods. Fusion power emerges as a promising solution, offering a clean and sustainable alternative fueled by resources like seawater. Japan's energy self-sufficiency rate at a mere 13.3% and its significant fossil fuel dependency above 80% accentuate the urgency for securing future baseload power sources.
NIFS, renowned for its extensive fusion research facilities, including the Large Helical Device (LHD) in Gifu prefecture, Japan, has spearheaded research into helical-type fusion reactors since its establishment in 1989. Leveraging NIFS's expertise, Helical Fusion, established in 2021, harnesses the agility of startups to pioneer the development of the world's inaugural commercial steady fusion reactor.
While collaborative research initiatives with NIFS have been ongoing, the formal establishment of the "HF Collaboration Research Group" and the provision of a dedicated experimental space signify a significant advancement in cooperation. These efforts are aimed at accelerating the social implementation of fusion energy in the near future.
