Rapid Deployment
Traditional Infrastructure Issues
Rapid and efficient data center deployment is hindered by outdated energy infrastructure. Current data center infrastructure is not equipped to support high-density edge data applications. With the average age of data centers in the United States being nine years, most data centers are unable to provide the power and water efficiency required for AI chips, such as NVIDIA’s H100 and H200. Moreover, traditional utility power generation and distribution systems are unlikely to scale adequately within the next 5 - 10 years to meet the rising power demands of AI-enabled data centers.
SIDE Solution
The strategic approach behind the Resilience Series data centers facilitates rapid scalability and deployment. This enables Overwatch Capital to meet growing market demand without relying on slow and costly traditional grid upgrades. Overwatch Capital is currently evaluating locations for new data center campuses, prioritizing regions with strong economic growth, affordable real estate, and supportive local governments and utilities for large-scale operations.
The Resilience Series data centers utilize advanced cold-loop cooling technologies, efficient hardware, and AI-driven optimization to maximize processing power while minimizing energy consumption. With high-density configurations supporting up to ±135 kW per rack, exceeding industry standards, the Resilience Series data centers provide tenants with energy efficient, high-performance rack space. Additionally, with the integration of Conveyance Construction’s whitespace solutions, such as Nautilus Data Technologies’ EcoCore COOL platform, these facilities can evacuate heat from racks of up to ±250 kW. This approach maximizes the computing power per square foot, reducing the overall building footprint and lowering operational costs compared to traditional data centers.
Overwatch Capital’s build-to-suit, natural gas bridge power supplies reliable, sustainable power for all digital infrastructure needs, serving as both primary and backup energy systems. Designed for flexibility, the Resilience Series can operate in both grid-tied and islanded configurations, providing enhanced resiliency over traditional data centers that depend solely on the grid and standby redundancy. This design ensures optimal power reliability for tenants.