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Immersion Cooling System > Immersion Heat Dissipation
Immersion Heat Dissipation
The new liquid cooling technology directly immerses the heat source in the non-conductive liquid, transfers the heat energy generated by the components to the fluid, and the liquid whose temperature rises will flow back through the circulating cooling method to continue to absorb the heat energy, greatly improving the energy efficiency. -
Coolant Distribution Unit (CDU) > In-Row
In-Row
1. Provide the water supply temperature above the dew point of RDHx; 2. Built-in high-efficiency heat exchanger to ensure the quality of coolant; 3. 1+1 backup motor design, low power consumption, non-stop operation; 4. Group control management ;5. Intelligent monitoring, no condensation inside the computer room; 6. Support the design of ATS power automatic switch. -
Coolant Distribution Unit (CDU) > In-Rack
In-Rack
1. Dual-pump (1+1) backup design; 2. Quick connector conforming to ISO7241-B international standard, quick installation and easy maintenance; 3. Integrated control system for remote monitoring; 4. Built-in pump to replenish water and alarm low water level; 5. Variable frequency flow, constant temperature control, used for warm water cooling. -
IOT Smart Rack > IOT Micro Smart Computer Room
IOT Micro Smart Computer Room
Using the "decentralized" computing service, the nodes close to the terminal event can directly perform computing, analysis, storage and decision-making responses nearby, and can detect power, temperature, humidity, and performance. -
Cold Plate > Cold Plate
Cold Plate
The water cooling liquid flows through the CPU, GPU, and artificial intelligence chips to achieve the best cooling and heat dissipation performance; Through the special flow path design, the surface is evenly cooled, and the heat dissipation effect is better than traditional heat sinks and fans; Can be customized according to customers’ demands. -
Coolant > Coolant
Coolant
Non-conductive liquid; non-flammable; easy to clean and non-stick; good heat transmission; corrosion resistance; microbial inhibition; PH7 neutral fluid; frost resistance. -
Rear Door Heat Exchanger (RDHx) > RDHx
RDHx
The indoor cold air is drawn in through the front door of the cabinet, flows through the servers in the cabinet and blows all the heat in the cabinet directly to the rear door heat exchanger, and the heat is directly carried out of the cabinet by the cooling water flowing in the rear door to the external cooling system, while the temperature of the air blown out from the rear door to the information data center in the cabinet is reduced to the original room temperature. -
Manifold > Manifold
Manifold
There are round tubes and square tubes, which can be customized according to customer needs. -
Experience Case > Experience Case
Experience Case
KENMEC has a technical service team with more than ten years of professional qualifications and professional licenses, providing one-stop service of total solution from planning, design, manufacturing, shipment inspection, sales and installation, commissioning, education and training and after-sales service . Our product quality/function/service is trustworthy. At present, there are many cases of actual application by customers, such as Wistron, ASUS, Quanta, SYSTEX, WWTECH, NEW CENTURY INFOCOMM, KYEC, Taiwan Fixed Network and many other well-known companies.
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