WSU AI Supercomputer Project Case Study

Project Overview:

Enabling Ground-breaking AI Research at Western Sydney University

In 2025, UPS Solutions partnered with Western Sydney University (WSU) to support the development of the world’s first AI supercomputer capable of brain-scale simulation. This ambitious project required a high-performance, scalable infrastructure capable of meeting unprecedented power and cooling demands within a confined space.

The Challenge:

Building a supercomputer of this scale presented several unique challenges:

• High-Density Power Demands: Unlike conventional data centres operating at 3kW per rack, this project required 20kW per rack, far exceeding standard setups.
• Space Constraints & Infrastructure Limitations: The designated area lacked standard data centre infrastructure such as raised floors, anti-static flooring, and efficient cooling systems.
• Cost Efficiency & Scalability: A traditional data centre build was too costly and inefficient, necessitating a compact, energy-efficient alternative.
• Safety & Monitoring Requirements: The solution needed to integrate temperature, humidity, smoke, and leak detection, along with security features like fire suppression and magnetic locking systems.

The Solution:

To meet WSU’s stringent requirements, UPS Solutions designed and deployed the AgileRax Micro Data Centre—a fully-contained, high-density system capable of supporting next-generation AI research.

The solution included:

• 2 x XRT-3PH 40kVA UPS Systems: Ensuring N+N redundancy for uninterrupted power supply.
• 2 x 40kW CRX4 In-Row CRAC Units: Providing precision cooling for heavy computational loads.
• Integrated Monitoring & Safety Features: Temperature, humidity, smoke, and leak detection, magnetic locking systems, and fire suppression for enhanced protection.
• Scalability & Compact Design: Reduced footprint by 60% compared to traditional setups, while maintaining high performance and future expansion potential.

The Outcome:

• Seamless, Reliable Power & Cooling: Continuous operation of 20kW per rack with precision cooling.
• Compact & Cost-Effective Infrastructure: Reduced physical footprint by 60% while enhancing operational efficiency.
• Future-Proof Scalability: The modular design allows for easy expansion to accommodate future research needs.
• Enhanced Safety & Monitoring: Comprehensive real-time monitoring and protection systems ensure the integrity of the research environment.

By implementing a tailored, high-efficiency solution, UPS Solutions successfully enabled WSU to achieve ground-breaking AI research capabilities, demonstrating their expertise in handling complex, mission-critical environments.