DESIGN & BUILD
“ SC ZEUS WILL CONTINUE REFINING ITS DESIGN AND DELIVERY APPROACH TO SUPPORT THE NEXT PHASE OF AI COMPUTE GROWTH”
Joe Gooi, CEO, SC Zeus Data Centers
Cooling, electrical redundancy, structural design and construction methodology must all be aligned from the outset.
ZEUS OSA 1 in Osaka exemplifies this approach, particularly in the Japanese context. The facility is engineered to support high-density workloads through liquid-cooling readiness, robust power distribution, scalable mechanical systems and a prefabrication-led delivery strategy. In Japan, where construction labour constraints, seismic requirements and quality standards are especially stringent, prefabrication provides a meaningful advantage.
By leveraging all this, SC Zeus is able to improve build quality, shorten on-site construction timelines and reduce execution risk in a tightly regulated environment.
Prefabrication also enables more precise integration of pipework, structural loading and thermal management systems – critical supporting AI-era densities.
Equally important is resilience. High-density environments magnify the impact of any failure, so electrical and cooling systems must be engineered with redundancy at both system and component levels. SC Zeus balances performance with uptime through modular design, standardised prefabricated systems and operational simplicity.
Ultimately, large-scale high-density deployment is not a one-off technical achievement, but an ongoing systemsengineering challenge that continues to evolve alongside AI workloads.
ZEUS OSA 1 reflects SC Zeus’ practical experience in high-density design, prefabrication-led delivery and reliability engineering, while also illustrating broader shifts taking place across AI infrastructure development. As market conditions and
54 March 2026