Google’s New Data Center Uses Advanced Water Cooling Technology
Google announced a new data center using a special water cooling system. This facility is located near Las Vegas, Nevada. The technology tackles the big problem of keeping powerful computers cool. Servers generate intense heat. Traditional air cooling struggles sometimes. Water absorbs heat much better than air.
(Google’s New Data Center Uses Advanced Water Cooling Technology)
This new system works directly on the computer chips. Tiny tubes carry water incredibly close to the hottest parts. The water captures the heat fast. Then the warmed water moves away. It goes to a cooling plant outside the building. The plant cools the water down efficiently. The cooled water cycles back to absorb more heat. The process repeats constantly.
Using water directly like this is a big step. It cuts way down on the energy needed for cooling. Google states this method uses about 30% less energy overall compared to older air systems. Less energy used means lower costs. It also means a smaller impact on the environment. Water is a key resource. Google emphasizes careful water management. The company says it uses less water per unit of computing work than many older data centers. They plan to balance all water used by 2030. This means putting back as much water as they consume.
(Google’s New Data Center Uses Advanced Water Cooling Technology)
The Nevada climate is hot and dry. This makes efficient cooling even more important. The new water system handles this tough environment well. It allows Google to operate powerful computers reliably there. Google sees this as a model for future sites. The company is testing this water cooling approach in other locations too. They believe it’s vital for handling ever-growing computing demands efficiently. This technology helps Google meet its goals for sustainable operations. The focus remains on providing reliable services while using less resources. Google built this center specifically to support its cloud computing and AI services.
