Free White Paper for Data Center Owners, Engineers, Contractors & Developers

As data center compute density and cooling demands continue to grow, thermal infrastructure must support more than today's cooling load. Thermal Energy Storage (TES) can help data centers shift cooling demand, strengthen operational flexibility, and support more resilient interaction with the electrical grid.

Download Tate Metalworks' technical white paper to explore the design and fabrication considerations behind chilled water Thermal Energy Storage tanks for mission-critical data center environments.

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Engineering Thermal Energy Storage Tanks for Mission-Critical Data Center Cooling

Inside the white paper, you'll learn:

How Thermal Energy Storage can support peak demand reduction and grid resilience
Key design considerations for chilled water storage tanks
Material selection and corrosion-control considerations for long-term performance
When field-erected versus shop-fabricated tanks may make sense
Why early collaboration with an experienced tank fabricator can reduce project risk

Download the White Paper

Why This Guide Matters

Thermal Storage Is Becoming a Critical Part of Data Center Cooling Strategy

Large-scale chilled water storage gives operators the ability to separate when cooling is produced from when cooling is needed. Chilled water can be produced during lower-demand periods, stored, and discharged as cooling demand rises or when reducing active chiller load becomes advantageous.

For mission-critical facilities, however, successful Thermal Energy Storage requires more than adding tank capacity. Tank geometry, thermal stratification, materials, corrosion protection, structural requirements, system integration, fabrication quality and installation logistics can all influence long-term performance.

This white paper examines those considerations from the tank fabrication and project-execution perspective.

What You'll Learn

Peak Demand & Grid Resilience

Explore how chilled water storage can shift cooling production away from peak-demand periods and provide greater flexibility in central plant operation.

Tank Design & System Integration

Review the questions project teams should consider around capacity, discharge duration, temperature differential, flow rates, controls and integration with the overall cooling system. The paper emphasizes that tank sizing and configuration need to account for the broader system rather than treating the tank as an isolated component.

Thermal Stratification

Learn how tank geometry, diffuser design, inlet and outlet configuration, flow velocity and operating temperatures can affect stratification and usable cooling capacity.

Materials & Corrosion Control

Understand considerations for carbon steel, stainless steel, coatings, water chemistry, environmental exposure and long-term maintenance.

Shop vs. Field Fabrication

Compare shop-fabricated and field-erected tanks based on capacity, transportation constraints, site conditions, schedule, quality control and installation requirements.