Proposed AI data center in Colorado Springs spurs talk on its merits, amid concerns

A proposal by California-based Raeden to develop 'Project Taurus,' a large AI data center at the former Intel chip manufacturing facility in Colorado Springs, has sparked significant discussion among local leaders and residents. Former Colorado Springs Mayor John Suthers and retired Gen. John Hyten, chairman of the Space Foundation, advocate for the project, emphasizing its potential to boost the city's economy and reinforce its role as a military and business hub, particularly for AI infrastructure supporting military operations. However, residents from areas like Pleasant Valley and Chelsea Glenn have expressed considerable opposition, citing concerns about increased water usage, strain on the power grid, and noise pollution. Many recall persistent noise issues from a previous cryptocurrency mining operation at the same site between 2018 and 2020. Raeden's co-founder and president, Jason Green, has sought to address these concerns, stating Project Taurus will use a closed-loop water system requiring minimal initial water, and will operate at a lower power capacity (50 megawatts) than the site's previous use or other existing data centers in the city. A second community meeting is scheduled to address ongoing public input. The debate in Colorado Springs reflects broader discussions across Colorado's Front Range, with Denver considering a moratorium on data center development and state legislators mulling bills related to renewable energy requirements and economic incentives for data centers. Residents like Marissa Krayne and James Vanhoy urge a cautious approach, emphasizing the need for robust regulations on resource use and environmental impact before allowing widespread data center development, pointing to examples like Virginia where electricity rates have surged due to data center growth. The El Paso County Assessor's Office records confirm several existing data centers in the area, but Raeden's Project Taurus is slated to be the largest.