Devising a method to cool artificial intelligence facilities within an artificial intelligence center (AI) by directly using water pipes.

Abstract

A structure in which a water pipe is specially manufactured and installed as shown in blue in [Fig. 1], so that water is not drained from the water pipe, and the water pipe simply passes through the inside of the AI ​​Center and goes outside the AI ​​Center. To facilitate heat dissipation, water pipes are specially manufactured for the AI ​​center. This method involves connecting long rectangular pipes with a width identical to that of individual AI CPUs, requiring only the entry and exit points to be reconnected to fit the existing pipe configuration. Once installed, there are no additional maintenance costs or water bills. Since the water simply passes through without being consumed, and being a pure water pipe, no impurities are mixed in. Rather than a method of drawing water in or taking it in, the pipe itself simply passes through and cools the heat.

Description

Technology Field

[0001] The present invention relates to a method for cooling the heat of CPUs in AI centers that operate 24 hours a day and AI centers that are continuously increasing worldwide due to AI development, preventing the direct rise in global water temperature caused by heat contained in water, and simultaneously improving the quality of human life, reducing the energy required for existing energy generation, and ultimately efficiently cooling the heat of AI centers without generating additional heat or energy. Background Technology

[0002] Inspired by a method that saves gas, electricity, and petroleum energy for citizens' hot water usage by utilizing the heat from existing incinerators to heat the water supply and supply it to the entire city. The problem to be solved

[0003] [Description of the Invention]

[0004] Instead of the AI ​​center cooling method that used cooling water and water continuously 24 hours a day, 365 days a year, causing the global water temperature to skyrocket, and instead of the expensive maintenance methods using special cooling water or oil components, a method has been devised to require no cooling maintenance costs once installed, prevent a rapid rise in global water temperature, allow the use of the hot water currently needed by humanity as usual, and save energy such as electricity, gas, and oil required to produce the necessary hot water.

[0005] [Task to be solved]

[0006] Instead of the AI ​​center cooling method that used cooling water and water continuously 24 hours a day, 365 days a year, causing the global water temperature to skyrocket, and instead of the expensive maintenance methods using special cooling water or oil components, a method has been devised to require no cooling maintenance costs once installed, prevent a rapid rise in global water temperature, allow the use of the hot water currently needed by humanity as usual, and save energy such as electricity, gas, and oil required to produce the necessary hot water. means of solving the problem

[0007] By utilizing the water pipes passing through the AI ​​Center, [a suitable type of water pipe is constructed inside the AI ​​Center to cool the CPU], allowing the water to flow continuously without escaping the pipes, while simultaneously cooling the heat from the AI ​​devices, preventing water contamination, and supplying the water to citizens at a temperature suitable for use. In other words, it involves constructing and installing a water pipe of a suitable type for cooling the CPU inside the AI ​​Center. Effects of the invention

[0008] Once installed, there are no cooling maintenance costs, and it prevents a rapid rise in global water temperatures. Furthermore, it allows humanity to continue using the hot water they currently need, while saving a massive amount of energy—such as electricity, gas, and oil—that was previously required for each citizen to produce their own hot water individually. Brief explanation of the drawing

[0009] . Specific details for implementing the invention

[0010] A structure in which a water pipe is specially manufactured and installed as shown in blue in [Fig. 1], so that water is not drained from the water pipe, and the water pipe simply passes through the inside of the AI ​​Center and goes outside the AI ​​Center.

[0011] To facilitate heat dissipation, water pipes are specially manufactured for the AI ​​center. This method involves connecting long rectangular pipes with a width identical to that of individual AI CPUs, requiring only the entry and exit points to be reconnected to fit the existing pipe configuration. Once installed, there are no additional maintenance costs or water bills. Since the water simply passes through without being consumed, and being a pure water pipe, no impurities are mixed in. Rather than a method of drawing water in or taking it in, the pipe itself simply passes through and cools the heat.

[0012] [Example]

[0013] A structure in which a water pipe is specially manufactured and installed as shown in blue in [Fig. 1], so that water is not drained from the water pipe, and the water pipe simply passes through the inside of the AI ​​Center and goes outside the AI ​​Center.

[0014] To facilitate heat dissipation, water pipes are specially manufactured for the AI ​​center. This method involves connecting long rectangular pipes with a width identical to that of individual AI CPUs, requiring only the entry and exit points to be reconnected to fit the existing pipe configuration. Once installed, there are no additional maintenance costs or water bills. Since the water simply passes through without being consumed, and being a pure water pipe, no impurities are mixed in. Rather than a method of drawing water in or taking it in, the pipe itself simply passes through and cools the heat. Industrial applicability

[0015] The present invention relates to a method for cooling the heat of AI supercomputers that operate 24 hours a day, 365 days a year, in AI centers, which are continuously increasing worldwide due to AI development, and for cooling the CPUs of AI centers that operate 24 hours a day, while simultaneously preventing the direct rise in global water temperature caused by the heat contained in the water, improving the quality of human life, reducing the energy required for existing energy generation, and ultimately efficiently cooling the heat of AI centers without generating additional heat or energy.

Claims

Claim 1 A water pipe is specially manufactured and installed as shown in blue in [Fig. 1], allowing the pipe to pass through the interior of the AI ​​Center and exit without draining water. To facilitate heat cooling, the water pipe is specially manufactured for the AI ​​Center, connecting a long rectangular pipe with a width identical to the size of the individual AI CPU unit. The method involves simply reconnecting the water supply points to match the existing pipe configuration at the entry and exit points of the AI ​​Center. Once installed, there are no additional maintenance costs or water bills. Since the water simply passes through without being consumed, and because it is a pure water pipe, no impurities are mixed into the water. It is a method where the pipe itself passes through and cools the heat without the pipe itself, rather than a method of drawing water out or drawing it in. Since this patent is wisdom given by God, and because God has given this wisdom freely, I hereby open up and provide all the knowledge contained in this patent free of charge so that all of humanity may use it for free.

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