liquid cooling for data centers

Data Center Liquid Cooling

Liquid Cooling in Data Centers: Efficiently Cool, Maximize Performance

Transform Your IT Infrastructure with Liquid Cooling for Data Centers

The rapid growth of data centers is fueled by the increasing demand for high-power computing. As your data center expands to accommodate these demands, managing heat efficiently becomes more critical than ever.

A liquid cooled data center is your optimal solution. It offers superior energy efficiency by effectively dissipating heat, which enhances performance and reliability while reducing energy costs. This advanced cooling method supports sustainable growth, helping you meet the technological demands of today and tomorrow.

Benefits of Data Center Liquid Cooling Systems

  • Improved Energy Efficiency
    By switching to non-conductive liquid cooling, you can lower your operational costs, minimize your carbon footprint, and increase your server density, ultimately maximizing your data center’s capacity and efficiency.
  • Enhanced Performance & Reliability
    With liquid cooling, your servers can run at higher clock speeds, delivering enhanced performance for demanding applications. This advanced cooling method efficiently dissipates heat, extending the lifespan of your hardware and reducing the likelihood of failures and maintenance needs.
  • Minimized Environmental Impact
    Reduced energy consumption translates to a smaller carbon footprint contributing to sustainability goals.
  • Support for High TDP (Thermal Design Power)
    CPUs and GPUs into thousands of watts per chip vs. 200–300x ceiling with air cooling.
  • Reduced Noise
    Liquid cooling's increased energy efficiency eliminates the need for large fans, significantly reducing noise levels in your data center. This creates a quieter and more pleasant working environment for your personnel.
  • Increased Computing Density
    Liquid cooled data center racks allow for greater server rack density.
  • Scalability
    Can be scaled to meet the demands of high-performance computing environments.
  • Simple Installation
    Can be quickly applied to a single server or an entire cabinet, with or without facility water.
  • Reduced Water Consumption
    Direct component cooling combined with efficient heat transfer reduces water consumption by over 40%.

Types of Liquid Cooling Systems

Direct-to-Chip (DTC) Cooling

In Direct-to-Chip (DTC) cooling, fluid runs through a cold plate applied directly above the part of the server generating the most heat. DTC cooling is ideal for targeting specific hot spots within servers, offering precision cooling for high-performance applications.

  • Targeted cooling for specific hot spots like GPUs and CPUs
  • Higher precision and efficiency
  • Ideal for high-performance applications

Read more about our Direct-to-Chip Cooling solution.

direct liquid cooling diagram

Immersion Cooling

Immersion cooling involves submerging the entire server in a tank filled with dielectric fluid, providing comprehensive cooling for all components. Immersion cooling is a non-conductive liquid cooling approach aiming for maximum efficiency and scalability, particularly those with high-density server setups.

  • Comprehensive cooling for all server components
  • Highest cooling efficiency
  • Scalability for high-density server setups

Explore our Immersion Cooling Solution.

liquid immersion cooling diagram

Comparing Liquid Cooling in Data Centers with Air Cooling

We've highlighted in the below table some of the key considerations between air cooling and data center liquid cooling systems. 5 indicates a maximum benefit, with 1 indicating a minimal benefit.

BENEFITS (1-5) AIR COOLING DTC (SINGLE PHASE) DTC (2 PHASE) IMMERSION (SINGLE PHASE)
Thermal Efficiency 1 4 5 4
Server Density 1 3 3 5
Energy Efficiency 1 4 4 5
Noise Reduction 1 3 3 5
Space Saving 1 3 3 5
Water Usage Effectiveness 1 4 5 5
Easily Upgradeable 3 3 3 5
Customized Solution 5 2 2 4
Simple Deployment 5 2 2 1
Serviceability 1 2 3 5
Installation Complexity 1 3 3 4
Total Cost of Ownership (TCO) 1 3 3 5

Liquid Cooling Data Centers: By Park Place Technologies

Implementing a liquid cooling system can come with its own set of challenges. To name a few:

  • Retrofitting existing hardware for liquid cooling compatibility
  • Liquid cooling maintenance and monitoring
  • Coordinating between multiple vendors for components and installation

Park Place Technologies removes the complexities of the liquid cooling journey—serving as a single-vendor solution for the entire process. Reach out today, and see how we can help transform your data center to be more sustainable and efficient.

liquid cooling data center companies - Park Place Technologies is an example

Interested in our liquid cooling data center services?

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Return on Liquid Cooling Rack Investment

Although liquid cooling solutions require an initial capital investment, with the reduced total cost of ownership (TCO), operators can see a significant return on investment (ROI) over the following years. Of course, every situation is different.

Your scenario can be plugged into this TCO tool. Or if you would like to provide some details, we can run the numbers and present to you later.

Consider this example to the right assuming 42 liquid cooled data center racks:

liquid cooling companies reduce the total cost of ownership