Technology companies, driven by AI’s ever-growing energy needs, are investing in fusion and fission innovations to find new energy solutions. Natural gas, although traditionally relied upon, has faced supply chain vulnerabilities, particularly highlighted by conflicts in the Middle East. The shortage of gas turbines has led to potential disruptions for tech firms and the natural gas sector. By the time these shortages ease, new competitors like small modular nuclear reactor (SMR) startups and fusion companies might establish a strong foothold. SMR startups have a promising chance to replace natural gas plants with updated technology based on proven fission designs. Many aim to deploy reactors by this decade’s end, with companies like Kairos Power, Oklo, and X-energy leading the charge. Fusion power, increasingly popular among technology firms, aims for significant deployment by the early 2030s. Companies like Commonwealth Fusion Systems and Inertia Enterprises are advancing projects to meet this timeline, while Helion aggressively pursues its plans to supply major tech giants with vast energy quantities, potentially transforming the energy landscape. The cost of nuclear power remains a critical challenge. SMR companies hope for mass-manufactured cost reductions, but nuclear’s high current costs present hurdles. Fusion tech faces similar scaling challenges. In contrast, natural gas remains a competitive energy source but could be outpaced by the economics of emerging alternatives. Meanwhile, renewable energy prices continue to decrease, with advances in battery technology making renewables, combined with storage, increasingly viable and cost-efficient. Innovations in battery chemistries, like those from Form Energy and XL Batteries, promise cost reductions, reducing reliance on conventional and new energy forms.
What Will Power the Grid in 2035? The Race Is Wide Open
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