IMMERSION COLD PLATES

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Inventor(s)

IMMERSION COLD PLATES - A simplified explanation of the abstract

This abstract first appeared for US patent application 18654490 titled 'IMMERSION COLD PLATES

The abstract describes immersion cold plates, which consist of a base with fins and a cover with a cavity for liquid flow.

Base with parallel fins for heat dissipation
Cover with cavity for liquid flow from inlet to outlet
Efficient cooling of electronic components
Potential for use in data centers, automotive industry, and medical equipment
Addresses the need for effective thermal management in various applications
Improved heat dissipation and temperature control
Cost-effective cooling solution for high-power electronics
Potential for increased performance and reliability in electronic devices

Potential Applications: - Data centers - Automotive industry - Medical equipment

Problems Solved: - Inefficient heat dissipation in electronic devices - Overheating issues in high-power applications

Benefits: - Improved thermal management - Enhanced performance and reliability - Cost-effective cooling solution

Commercial Applications: Title: "Innovative Immersion Cold Plates for Efficient Thermal Management in Various Industries" Description: This technology can be utilized in data centers, automotive applications, and medical equipment to enhance cooling efficiency and overall performance.

Questions about Immersion Cold Plates: 1. How do immersion cold plates compare to traditional cooling methods in terms of efficiency and cost-effectiveness?

  - Immersion cold plates offer improved heat dissipation and can be a more cost-effective solution for cooling high-power electronics compared to traditional methods.

2. What are the key factors to consider when implementing immersion cold plates in different applications?

  - Factors to consider include the specific cooling requirements of the application, the design of the cold plate, and the flow rate of the liquid coolant.

Original Abstract Submitted

Immersion cold plates are described. In some embodiments, a cold plate may include a base having a plurality of fins disposed in parallel and a cover having a cavity configured to house the plurality of fins, where the cover is configured to allow a liquid to travel from an inlet to an outlet along the base and between the plurality of fins.