
26 NOV, 2024

The rise of artificial intelligence (AI) applications is creating a pressing need for expanded data center capacity, driving global energy demand to unprecedented levels. Paul O'Donnell, a partner at Schroders Greencoat, highlights the critical role renewable energy must play in supporting this transformation while aiding decarbonization goals.
The global demand for data centers is growing exponentially due to digitalization and the rise of AI technologies. These facilities, which process and store enormous volumes of data, are central to the digital economy but require substantial energy resources.
The sector’s rapid expansion is underpinned by multi-billion-dollar investments. In 2024 alone, $22 billion was invested in data centers globally, compared to $36 billion for all of 2023. Notable examples include:
With capacity needs expected to triple by 2030, McKinsey estimates that $250–300 billion in new infrastructure investments will be required to meet demand.
Renewable energy stands at the nexus of the AI revolution and the global drive for decarbonization, offering a sustainable solution to power the data-driven economy.
Regions like the UK, Ireland, and Spain, which already lead in renewable energy development, are poised to benefit. However, challenges such as grid capacity constraints and sustainability concerns have prompted policymakers in cities like Amsterdam and Dublin to limit new data center projects unless renewable energy sources are prioritized.
As AI transforms industries and global data demands soar, the energy requirements for data centers present both challenges and opportunities. Investing in renewable energy infrastructure is critical not only for meeting this demand but also for advancing global decarbonization efforts. With the intersection of AI and sustainability, data centers are becoming a pivotal driver of change in the energy sector.