This calculator is designed to help data center planners and engineers determine the power requirements for modern AI data centers. It provides a valuable estimate for high-performance computing environments and takes into account:
Calculate power requirements for different NVIDIA GPU configurations
Account for various environmental conditions affecting power efficiency
Plan for modular data center deployments
Understand the relationship between IT load and total data center power consumption
Understanding your data center's power requirements is the first step. The next is transforming those insights into a resilient, efficient, and future-proof infrastructure. Deep Atomic, in strategic partnership with Future-Tech, offers a unified "Stage 0" program specifically designed to evaluate and plan multi-site deployments for nuclear-powered data center campuses.
We guide you through a structured roadmap ensuring holistic planning from technical viability to investment strategy. This comprehensive program includes:
High-level viability determination, including RAG risk review, desktop utility analysis, and nuclear feasibility checks.
Engineering feasibility studies, detailed site test fits for nuclear integration, and thermal modeling.
Evaluation of economic, regulatory, and sustainability readiness, including LCOE and ROI scenarios, and ESG gains from nuclear power.
Delivery of a robust business case and masterplan for funding and project launch, with full design packs and CAPEX/OPEX modeling.
By partnering with Deep Atomic and Future-Tech, you gain end-to-end feasibility, dual expertise in nuclear and data center design, multi-site capability with standardized dashboards, and execution-ready reports that support immediate pre-planning, permitting, and funding outreach.
Deep Atomic and Future-Tech are your partners from day one, guiding you through nuclear feasibility, optimized infrastructure planning, and funding strategy.
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