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AI Engineering
MIT Technology Review·Jun 22·5 min read
The Download: record-breaking subsea tunnels and flexible data centers
TL;DR
There is a growing need for efficient transportation solutions under challenging conditions. Engineers are constructing a 16.6-mile subsea road tunnel in Norway, reaching depths of 1,280 feet.
✦ Why It Matters
Engineers can learn from innovative tunneling techniques to tackle complex infrastructure challenges.
Key Takeaways
- Explore flexible power consumption strategies for data centers.
- Stay informed about advancements in subsea engineering projects.
- Consider the implications of AI on energy demand.
- Evaluate new software solutions for energy management.
Full Summary
Norway is building a remarkable engineering project: a 16.6-mile subsea road tunnel that will be the longest and deepest in the world, located 1,280 feet below the North Sea. This ambitious construction aims to enhance transportation while showcasing the potential for large-scale engineering feats.
In parallel, the surge in AI technology is straining the electric grid, prompting data centers to adopt flexible power consumption strategies. By limiting their energy draw during peak demand, these centers can avoid the need for extensive infrastructure upgrades.
New software solutions are emerging to facilitate this flexibility, making it easier for data centers to adapt to the evolving energy landscape. This dual focus on innovative engineering and smart energy management highlights the ongoing advancements in technology and infrastructure.