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Home > Blog > Exploring the Demand and Applications of Direct Cooling Technology in Compressors

Exploring the Demand and Applications of Direct Cooling Technology in Compressors

In the traditional energy transfer path involving heat source-water-refrigerant, an increasing number of industry users are seeking to eliminate the water medium and directly use refrigerant to cool the heat source. This method significantly improves cooling efficiency and reduces energy loss during the cooling process. Coolingstyle has recently received customized requests from various industries and developed different direct cooling technology solutions.

1. Direct Cooling for Laser Modules

Cooling Module Model 1

In this solution, the cooling module is placed inside the laser system, where the refrigerant flows through the cooling plate’s pipes to uniformly cool the power supply, laser modules, and other components. By utilizing a heat source distribution map, the design and distribution of the cooling plate pipes, along with heat calculation and control debugging, achieve a local temperature control accuracy within ±0.5℃. For more on the benefits of direct cooling in laser modules, see Laser Cooling Solutions.

2. Direct Cooling for Medical Liquid Storage Bags

Cooling Module Model 2

This solution aims to maintain a low-temperature environment for storing medical liquid bags. In response to customer needs, the solution focuses on intelligent interconnection with the host computer, temperature monitoring, ensuring operating noise meets laboratory environment standards, and preventing condensate water from damaging medical equipment components. Additional information on medical storage cooling can be found at Medical Cooling Technologies.

3. Direct Cooling for Laboratory Chemical Reaction Bath Pots

Cooling Module Model 3

In this solution, the refrigerant passes through an aluminum plate into the bath pot on the right side, cooling the silicon oil inside. The core design challenge here is preventing leaks. The refrigerant is transported through copper pipes, while the bath pot is made of aluminum. Since copper and aluminum are difficult to weld and prone to leakage, our team employs techniques such as embedding copper blocks, pre-welding, and using sealing rings and screws to ensure both seal integrity and aesthetic quality, while also making the system easy to install and disassemble. To learn more about innovative cooling solutions in laboratory settings, visit Lab Cooling Innovations.

At Coolingstyle , we pride ourselves on our ability to deliver customized cooling solutions that meet the unique needs of various industries. By eliminating the intermediate water chiller and directly utilizing refrigerants, our cooling modules not only enhance efficiency but also provide more sustainable and cost-effective cooling methods. Our ongoing commitment to innovation ensures that we continue to meet and exceed customer expectations.

For more detailed information on our direct cooling technology and customization options, please visit our website or contact our team. We are dedicated to providing tailored solutions that enhance your operational efficiency and meet your specific cooling requirements.

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Exploring the Demand and Applications of Direct Cooling Technology in Compressors
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