Global Nuclear Power Capacity Set to Jump by 44% by 2036 - Energy | PriceONN
The world’s fleet of nuclear power capacity is expected to surge by 44% over the next decade as China will topple the United States as the biggest nuclear power capacity holder and India will hike its capacity to boost energy security. These are the estimates in a new report by BloombergNEF, which sees total global nuclear capacity at 535 gigawatts (GW) by 2036, up from the 372 GW of installed capacity as of the end of 2025. China is set to nearly double its current nuclear capacity to 102 GW...

Global Nuclear Energy's Resurgence Unveiled

The world's nuclear power generation capability is bracing for a significant uptick, with projections indicating a 44% expansion over the next decade. This anticipated surge, detailed in a new report from BloombergNEF, will see global installed capacity reach an estimated 535 gigawatts (GW) by 2036, a substantial increase from the 372 GW expected by the end of 2025.

At the forefront of this expansion is China, which is poised to not only nearly double its current nuclear output but also overtake the United States as the nation with the largest nuclear power fleet. Beijing's current capacity of 59 GW is slated to jump to 102 GW, according to the report's findings released on Wednesday. This strategic pivot towards nuclear energy is fueled by a convergence of factors: escalating electricity demands, particularly from burgeoning artificial intelligence data centers, a renewed focus on decarbonization targets, and the critical need for reliable, low-carbon energy sources.

Asia's Growing Nuclear Ambitions

The report highlights that nuclear power is experiencing a global revival, capturing the attention of governments and major technology firms alike seeking dependable, carbon-free energy solutions. Emerging economic powerhouses in Asia, specifically China and India, are placing nuclear energy at the core of their strategies to satisfy escalating power needs driven by electrification and the computational demands of AI.

China's energy policy embraces an "all of the above" approach, aggressively developing solar, wind, coal, and nuclear power simultaneously. The nation's commitment is evident in its plan to activate seven new nuclear reactors this year alone, further bolstering its already considerable nuclear infrastructure.

India, meanwhile, has laid out an ambitious plan to dramatically expand its nuclear capacity. A panel advising India's power ministry has outlined a goal to reach 100 GW of installed nuclear power capacity by 2047, a monumental leap from its current 8.8 GW. This ambitious mission, according to the panel's report, will necessitate cumulative capital investment estimated at 19.28 trillion Indian rupees, approximately $204 billion at prevailing exchange rates.

The Indian government's "Nuclear Energy Mission" explicitly targets this 100 GW milestone by 2047, emphasizing the deployment of both existing and advanced nuclear technologies, fostering both domestic development and international collaboration.

The Bigger Picture

This global push towards nuclear power signifies a critical re-evaluation of energy strategies worldwide. While renewable sources like solar and wind continue to grow, the inherent intermittency of these technologies creates a persistent need for baseload power. Nuclear energy, with its capacity for consistent, high-volume, low-carbon electricity generation, offers a compelling solution to complement renewables and meet the demands of an increasingly electrified and AI-driven global economy.

The substantial investments planned by nations like China and India underscore a long-term commitment to nuclear power as a cornerstone of energy security and climate action. This trend suggests a potential shift in the global energy mix, where nuclear power plays a more prominent role than previously anticipated by many market observers.

Reading Between the Lines

The projected 44% increase in global nuclear capacity by 2036 is not merely a statistical forecast; it represents a significant strategic realignment in energy policy driven by tangible needs. The inclusion of AI data center demand as a key driver is particularly telling. These centers are voracious energy consumers, requiring stable and substantial power supplies that intermittent renewables alone struggle to provide consistently.

For investors, this trend points towards opportunities in nuclear fuel cycle companies, reactor manufacturers, and related engineering and construction firms. Furthermore, countries aggressively pursuing nuclear expansion may see their energy independence strengthen, potentially impacting their currency valuations and trade balances over the medium to long term. The sheer scale of India's planned investment, exceeding $200 billion, signals a major economic undertaking that could influence infrastructure development and related industrial sectors.

Traders should monitor geopolitical developments related to nuclear technology sharing and non-proliferation agreements, as these could impact the pace and scope of international projects. The narrative around nuclear energy has shifted from one of caution, largely stemming from past accidents, to one of pragmatic necessity in achieving both energy security and climate objectives. This evolving perception is a key factor for market participants to consider.

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