Massive data centers are reshaping how land is used in many communities. However, there’s evidence https://stroihouse.com/construction/page/6 that the need to procure and build new energy infrastructure for data centers contributed to price increases in at least one region (the Mid-Atlantic). This last category, often known as “hyperscale” data centers, has drawn particular attention thanks to their size, rapid growth and substantial impacts on local communities. Clear rules on energy procurement, water use, land siting, community engagement and cost recovery will determine whether this growth strengthens local economies and infrastructure — or shifts risks to residents. Yet it’s increasingly clear that data centers will have impacts far beyond this, with real implications for communities’ well-being.
Developer Fermi America applied for air permits in August for 6 gigawatts of gas power to supply data centers at its planned complex near Amarillo. “Massive fossil fuel infrastructure is being developed, often directly at the source of gas supply, in order to feed speculative AI demand,” said Jenny Martos, project manager for GEM’s Global Oil and Gas Plant Tracker. Pacifico Energy, a global, investor-owned infrastructure company, called its 7.65 gigawatt Ranch in Pecos County “the largest power project in the United States” in a press release this week. This story is published in partnership with Inside Climate News, a nonprofit, independent news organization that covers climate, energy and the environment. Built for the industry, Procore’s unified technology platform drives efficiency and mitigates risk through AI & data-driven insights and decision making. 688 responses were received from construction management software users in the United Kingdom and Ireland.
Others mention increased tax revenue (13%), housing and infrastructure development, and general economic benefits. A similar share mention potentially negative economic consequences, including higher utility bills, cost-of-living increases, and the cost of building the data centers (which could involve the use of taxpayer funds). About one in five opponents are concerned with the impact on local quality of life, including increased population, increased traffic and preferring that the land be used for other purposes.
Some data centers are using cooling approaches that reduce water demand, such as traditional air cooling or liquid immersion. Two-thirds of all data centers built or in development since 2022 are located in water-stressed areas like southern Arizona, the Colorado River Basin and Texas. This massive demand is a pressing problem for communities already facing drought or depleting water supplies. This is enough to support roughly 360,000 households’ indoor water use. Recent estimates project that by 2028, AI-related data centers in the U.S. could require up to 32 billion gallons of water annually.
Independent Texas reporting needs your support. Financial supporters play no role in the Tribune’s http://stormgrad.ru/?p=295 journalism. Still, he said, the gas-powered data center projects announced in Texas and elsewhere last year involve quantities of energy that are hard to comprehend and were seldom discussed just a few years ago.
This has prompted public concern and governance https://investnews24.net/metal-distribution-for-construction-organizations.html action in some communities. Estimates of total future power demand from data centers vary significantly. As technology advances and computing demand grows, data centers are becoming increasingly energy hungry. These areas function as national hubs for cloud and AI infrastructure, hosting a disproportionate share of large-scale facilities relative to their size. There were just over 3,900 data centers across the United States as of late January1 — nearly 37% of the world’s total.
John Gravatt is currently a Product Marketing Manager for BOMAG Americas, where he draws on over 20 years of experience in the road construction equipment industry. Personal activities include hunting, fishing, football, snowmobiling, golf, riding Harleys and anything else that has to do with outdoor sports or activities. Justin Zupanc is a product leader with more than 23 years of experience in the off-highway equipment industry. That’s a realistic and meaningful step forward, and the sensor technology to support it already exists.
Once the industry fully trusts the sensors and the data, the transition to automated steering and propulsion becomes the natural next step. It’s getting contractors and operators comfortable with digital information and proving that screen-based mapping is reliable. In fact, back in 2021, we showed our futuristic single-drum, autonomous compactor concept, the CX01; and the feedback from contractors was highly encouraging. But luckily, consumer technology advancements have been helping push costs down in this area, and the market seems to be gaining interest in intelligent compaction tools, both passive and active systems. That’s where the full value lives, and as an industry we’re not fully there yet.