Virginia Governor Glenn Youngkin has unveiled plans for Commonwealth Fusion Systems (CFS) to construct the world's first grid-scale commercial fusion power plant outside of Richmond, Virginia. This milestone signals the progression of fusion technology as a prominent zero-carbon solution for the energy transition. Experts like Sehila Gonzalez de Vicente from Clean Air Task Force (CATF) laud fusion's potential to revolutionize energy systems by offering clean and reliable power. Fusion, driven by hydrogen fusion reactions, is considered safe, low in radioactive waste, and could cater to the escalating electricity needs of data centers and artificial intelligence (AI) and high-performance computing (HPC) sectors. CATF stresses the necessity of supportive regulatory environments to spur investment and enable more fusion projects like the one in Virginia. The deployment of fusion energy not only ensures sustainable development but also solidifies the U.S.'s position as a leader in fusion innovation. The collaboration between fusion energy, AI, and HPC is explored in a recent CATF report, underlining the potential synergy among these technologies. With Virginia hosting a considerable share of hyperscaler data centers, fusion energy emerges as a promising solution to power the burgeoning computational demands of AI and HPC. The fusion plant's establishment in Virginia is seen as a significant win for the state, aligning with its clean energy objectives. Looking ahead, CATF plans to host webinars on fusion safety regulation and collaborate with policymakers to accelerate fusion deployment in the clean energy transition. CATF's dedication to advancing low-carbon energy solutions underscores the importance of fusion technology in mitigating climate change impacts. The organization's comprehensive approach to addressing climate challenges positions it as a key player in advocating for innovative and sustainable technologies.