A polycrisis is reshaping global energy markets, with the energy-hungry AI boom, ongoing conflict in Iran, and intensifying climate pressures creating an unprecedented push toward nuclear power. The precariousness of over-reliance on limited supply chains is driving an 'all-of-the-above' strategy for increasing energy security.
Soaring demand from data centers and AI computation is straining grids, while geopolitical tensions threaten fossil fuel supplies. Climate goals simultaneously require a rapid shift away from carbon-intensive sources, exposing gaps that intermittent renewables alone cannot fill. This triple pressure is forcing a strategic recalibration.
Nuclear energy, long sidelined after Fukushima, is now being reconsidered for its baseload reliability, with several nations exploring new reactor builds and extended lifespans for existing plants. The technology offers a carbon-free, high-density power source capable of meeting the constant load requirements of AI infrastructure.
The Iran conflict highlights the vulnerability of energy supply chains transiting the Strait of Hormuz, while Russia's weaponization of gas supplies continues to reverberate. These disruptions are accelerating investments in domestic, resilient energy sources like advanced nuclear reactors.
Critics argue that nuclear power remains prohibitively expensive, slow to deploy, and carries unresolved waste and proliferation risks. They contend that faster, cheaper solutions like solar, wind, and battery storage can meet demand without the long lead times and safety concerns of new nuclear plants.