Fred Hutchinson Cancer Center UPS: 99% Efficiency Protects Research Data

Ⅰ. Project Overview

Institutional Profile: The Fred Hutchinson Cancer Research Center, located in Seattle, Washington, is a global leading medical research institute dedicated to studies on cancer, AIDS, and other diseases. It has achieved breakthroughs in bone marrow transplantation, cervical cancer vaccines, immunotherapy, and other fields.
Data Center Mission: The state-of-the-art data center built in 2012 must meet strict energy efficiency standards (ASHRAE Class 1 environment). It achieves ultra-high energy efficiency through technologies such as 90% air economizer cycles and direct evaporative cooling, while ensuring absolute reliability for research servers and international collaborative data.

Fred Hutchinson Cancer Center UPS Project

Ⅱ. Core Challenges

Extreme Energy Efficiency Requirements: Need to deploy a UPS with >94% efficiency to align with the data center’s energy-saving strategy, as traditional UPS systems cannot balance high efficiency and reliability.
Zero-Interruption Imperative: The data center supports the lifeline of scientific research. Any disruption will paralyze global collaborations, requiring the UPS to provide the highest-level redundant protection.
Space-Expansion Conflict: Limited existing space requires the UPS to support future load growth without additional space renovations.
Intelligent Operation and Maintenance: Need real-time monitoring of battery health and early warning of potential failures to control operational complexity.

Ⅲ. Solutions

BKPOWER provides the BK-G33 series line-frequency UPS, featuring:

High-Efficiency Technology: Base efficiency >96%, reaching 99% with a dedicated filter, achieving cost recovery within three years.
Smart Power Supply Strategy: Dynamically adapts to grid fluctuations, reducing energy consumption by 50% and heat output by 75% under light loads.
Architectural Innovation: N+X parallel redundancy requires no extra hardware, doubling capacity in the same volume.

Ⅳ. Project Achievements

Energy Efficiency: Maintains a high power factor of 0.98, with no-load loss <0.5kW. For a 250kW load, each 1% efficiency improvement saves $4,000 annually.
Reliability Verification: Successfully withstood a 1-hour power outage test, ensuring smooth load transition without impacting research data transmission.
O&M Innovation: Provides device status information to the monitoring system via developed interfaces, detecting hidden dangers in advance, extending battery life, and reducing MTTR (Mean Time to Repair).
Strategic Value: Establishes an industry energy efficiency benchmark, consolidates research data security, and enhances attractiveness for global scientific collaborations.

Ⅴ. Conclusion

This case demonstrates that high-end UPS systems, through high energy efficiency, reliability, and flexible architecture, become the core competitiveness of modern green data centers, offering replicable energy efficiency solutions for high-density research environments.