Google taps nuclear power to fuel AI growth with Kairos deal
Google is continuing its search for new solutions in the development of artificial intelligence, with a focus on modern energy sources. The collaboration with Kairos Power, which involves the use of small nuclear reactors, aims to provide the necessary resources for data centres while reducing the carbon footprint.
17 October 2024 14:09
Technological giants constantly face the increasing demands of artificial intelligence, which rapidly raise energy needs. Google, a pioneer in AI, is taking on a new challenge by collaborating with Kairos Power to implement small nuclear reactors. This investment will support the advancement of artificial intelligence and align with Google's strategy to reduce emissions and achieve sustainable development.
How much energy is needed to power artificial intelligence data centres?
The development of artificial intelligence is associated with a swift increase in the demand for computing power and, consequently, also for energy. As a technology industry leader, Google is investing in increasingly advanced data centres that facilitate the training and deployment of AI models.
However, the energy costs of these operations are enormous. Every modern artificial intelligence system requires billions of operations per second, leading to rapidly growing energy consumption in data centres. In both ecological and financial contexts, this poses a challenge – Google must find alternative, more efficient energy sources to meet the power demand.
Atomic power to the rescue of Google
In the face of increasing energy demands, Google has decided to take decisive steps by turning to modern and ecological energy sources. The company has announced that it will use small nuclear reactors to power its data centres, which could be groundbreaking in the technology industry. According to the BBC, as part of this initiative, Google has signed an agreement with Kairos Power – a company specialising in the development of innovative nuclear reactors characterised by high efficiency and safety.
The first reactor is expected to be operational within this decade, with more planned by 2035. As a result, Google will gain a stable, low-emission energy source capable of meeting the large-scale demands of artificial intelligence. Although the financial details of the agreement remain confidential, this investment confirms that Google is committed to modern solutions for the sustainable development of AI.
