US Data Centers Must Be Built in the Right Places to Minimize Environmental Impact. Tech giants are investing heavily in data centers across the US, and their massive energy and water consumption is expected to have a significant impact on climate systems and natural resources.
A recent analysis by Cornell University found that building data centers where renewable energy grids exist and there's less water scarcity can minimize environmental damage. The researchers modelled possible scenarios for how data centers might affect the country over the next few years, taking into account various factors like state electricity usage and demand for AI chips.
States such as Texas, Montana, Nebraska, and South Dakota are identified as optimal candidates for future data center installations due to their balance between energy needs and water availability. These locations have robust infrastructure that can support large-scale data centers while also being mindful of environmental impact.
However, the analysis warns that if tech companies fail to live up to their net-zero promises due to increasing demand for AI computing power and insufficient renewable energy sources, the country may face severe climate consequences.
Researchers from Cornell University stress that advancements in cooling technologies, as well as siting data centers correctly, could greatly reduce both emissions and water usage. Nonetheless, predicting emissions from the rapidly evolving AI industry is fraught with uncertainty due to numerous variables involved.
Overall, tech companies' promises to meet net-zero targets are likely to be difficult to keep given the current rapid expansion of data centers. The future will require increased transparency on sustainability reporting by these companies in order for meaningful action against environmental damage.
A recent analysis by Cornell University found that building data centers where renewable energy grids exist and there's less water scarcity can minimize environmental damage. The researchers modelled possible scenarios for how data centers might affect the country over the next few years, taking into account various factors like state electricity usage and demand for AI chips.
States such as Texas, Montana, Nebraska, and South Dakota are identified as optimal candidates for future data center installations due to their balance between energy needs and water availability. These locations have robust infrastructure that can support large-scale data centers while also being mindful of environmental impact.
However, the analysis warns that if tech companies fail to live up to their net-zero promises due to increasing demand for AI computing power and insufficient renewable energy sources, the country may face severe climate consequences.
Researchers from Cornell University stress that advancements in cooling technologies, as well as siting data centers correctly, could greatly reduce both emissions and water usage. Nonetheless, predicting emissions from the rapidly evolving AI industry is fraught with uncertainty due to numerous variables involved.
Overall, tech companies' promises to meet net-zero targets are likely to be difficult to keep given the current rapid expansion of data centers. The future will require increased transparency on sustainability reporting by these companies in order for meaningful action against environmental damage.