“Power supply is the number one constraint for data center expansion. Fortune 500s are starting to look beyond the U.S. for new opportunities. We decided to leverage our expertise to generate our own power. ”
CYNA's Competitive Edge
Unrivalled Infrastructure, Proven Performance
Infrastructure
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CYNA’s competitive edge lies in its proprietary renewable power infrastructure. By controlling the entire energy supply chain, CYNA delivers not just lower power costs, but unmatched reliability, scalability, and sustainability.
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Performance
Our pilot facility, CYNA-1, has operated continuously for over three years on 100% renewable energy, achieving 99.999% uptime and significantly reducing operating costs.
While conventional data centers face grid limitations and volatile energy pricing, CYNA’s renewable data centers are purpose-built to support the intensive demands of AI, ML, and HPC workloads. This is not just cost savings, it represents a fundamental leap in data center capability.
“CYNA’s proprietary renewable infrastructure and vertically integrated energy supply chain enable cost-effective, reliable operations, delivering lower operating costs and higher uptime than conventional providers. This is a key factor in attracting and retaining high-value clients.”
Karl Gee - Managing Director - Energy Infrastructure
Unrivaled Power Costs:
AI-Optimized Infrastructure
Exceptional Uptime:
Integrated Energy Stack
Scalable by Design
Secure, Independent Power
Zero-Carbon Operations
Operate at 5.5¢/kWh, significantly below the industry average of 9.5¢/kWh.
Designed for 120+ kW per rack, with advanced liquid cooling delivered in partnership with leading technology providers.
Mission critical uptime of 99.999% guaranteed through self-contained microgrids and N+2 redundancy.
Islanded microgrids integrate high-efficiency solar, multi-tiered battery storage, and biofuel Combined Heat and Power (CHP) backup, managed by AI-driven load prediction and energy optimization.
Modular design enables rapid expansion. The New Mexico site, scalable to 2.4 GW of power capacity, supports repeatable deployments via a hybrid central plant model
Full control over power generation and delivery eliminates reliance on public grids, avoiding transmission bottlenecks and market volatility.
Meets the strictest enterprise ESG mandates with zero-carbon operations from day one.