About
H5 Data Centers operates 85,000 square feet of Tier III colocation space across two San Antonio facilities, delivering carrier-neutral data center infrastructure purpose-built for mission-critical uptime demands. For facility managers and property owners evaluating critical power environments in San Antonio, H5's electrical infrastructure sets a high benchmark: 2N UPS power redundancy, generator-backed utility power with 48-hour diesel runtime, and N+1 configurations across chillers, cooling towers, and CRAHs. This layered approach to power distribution and backup generation directly mirrors the resiliency standards that commercial and institutional property owners increasingly require for their own switchgear, panelboards, and building power systems. The San Antonio campus at 100 Taylor St. connects to 35 on-net carriers and network service providers, supporting dark fiber and 100 Gbps hyperscale data transfer — making it a natural anchor for low-voltage, data infrastructure, and structured cabling projects serving office, healthcare, government, and mixed-use properties across the metro. H5 operates data centers in more than 30 markets nationwide, giving multi-site facility managers and general contractors a proven reference point for large-scale electrical and critical infrastructure deployments. The facility maintains SOC 2 compliance certified by A-LIGN and ISO 27001 certification, reflecting the code-compliance and documentation standards that align with NEC requirements and institutional tenant expectations. On-site 24/7 security with two-factor authentication and continuous digital camera monitoring parallels the life-safety and access-control systems that commercial electrical contractors routinely integrate into industrial, institutional, and government facilities throughout the San Antonio region. Whether you are benchmarking backup generator sizing, UPS topology, or power distribution architecture for a large commercial property, H5 Data Centers' San Antonio campus provides a real-world model of mission-critical electrical design at scale.
