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This demonstration addresses a critical infrastructure bottleneck for high-density AI workloads by validating an 800VDC cooling architecture that improves overall system efficiency. By reducing power loss in the cooling loop, this technology effectively frees up electrical capacity for actual compute operations, which is essential as data centers scale to support next-generation models.

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Trane Technologies Demonstrates 800-Volt Direct Current Chiller for Next-Gen AI Data Centers

HPCwireOctober 1, 20261 min read

Successful proof-of-concept chiller delivers over 3.5 MW of cooling capacity while demonstrating potential for up to 2% higher efficiency, freeing power for computing SWORDS, Ireland, Oct. 1, 2026 — Trane Technologies, a global climate innovator, has announced the successful laboratory demonstration of the industry’s first 800-volt direct current (800 VDC) cooling architecture designed to support the […] The post Trane Technologies Demonstrates 800-Volt Direct Current Chiller for Next-Gen AI Data Centers appeared first on HPCwire.

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