Modder uses 12,000 btu air conditioner to cool PC and RTX 4090 wheel at 20ºC

Revolutionizing PC Cooling: RTX 4090 Runs Ice Cold with an Air Conditioner

The quest for optimal PC cooling has always pushed the boundaries of innovation. Recently,a Chinese hardware enthusiast known as Electrolytic Sodium Carbonate (ESC) took this pursuit to a whole new level,repurposing a household appliance to achieve remarkable results. ESC successfully cooled an RTX 4090 graphics card to a frigid 20°C under intense stress tests using a 12,000 BTU domestic air conditioner as a radiator.

Cooling a Powerful GPU with Air Conditioning: An Innovative Approach

ESC’s ingenious solution involved modifying a Xiaomi KFR-35GW air conditioner, a unit measuring 765 x 268 x 550mm, to function as a massive external radiator. This unconventional setup dwarfs the PC case itself, underscoring the audacity of ESC’s approach.

The air conditioner is connected to a liquid cooling system, which circulates coolant thru the GPU adn than into the air conditioner’s condenser coils.This effectively transfers the heat generated by the GPU to the refrigerant in the air conditioner, which is then expelled outside.

“I’m surprised, I didn’t expect it to be so effective,” ESC stated, according to a translation of Tom’s Hardware.

Is Energy Consumption a Major Drawback?

While ESC’s experiment demonstrates the notable cooling potential of this method, it raises important questions about energy consumption. Running a 12,000 BTU air conditioner solely for PC cooling could result in a significant increase in electricity bills.The practicality of this approach for everyday users depends heavily on balancing cooling performance with energy efficiency.

Looking Forward: Future of PC Cooling

ESC’s experiment serves as a reminder that innovative solutions can often come from unexpected places. While repurposing household appliances for PC cooling may not be a widespread solution in the near future, it highlights the importance of exploring unconventional approaches to overcome the challenges of cooling increasingly powerful hardware. As technology advances, we can expect to see even more creative and efficient cooling solutions emerge.

for the average PC user, conventional cooling solutions like air coolers and liquid coolers continue to offer a balance of performance and practicality. Though, ESC’s ingenuity inspires us to think outside the box and consider the possibilities that lie beyond conventional approaches.

Cooling a Powerful GPU with Air Conditioning: An Innovative Approach

In a world where GPUs are pushing the boundaries of heat output, one tech enthusiast has taken a unique approach to cooling: air conditioning. This unconventional method recently gained attention after a video showcasing it’s implementation went viral, sparking curiosity about its effectiveness and potential applications.

The video demonstrated a custom-built system that integrated a water block with an air conditioning unit to regulate the temperature of an RTX 4090 GPU. During idle periods,the system maintained a temperature of 2°C with a hot spot of 12°C. Under heavy stress tests like Furmark and Aida System, temperatures increased to approximately 20°C, with the hot spot reaching 36°C.

Source: ESC

The system’s design allows for the external placement of the air conditioning unit, mitigating aesthetic and logistical concerns associated with indoor installation. This could perhaps make it more practical for widespread use. However, the consumption of electricity for the air conditioning system might lead to a noticeable increase in energy costs.

The video’s creator plans to further explore the cooling potential of this method by testing it with an RTX 5090 GPU and a Core i9-14900K processor. The current setup with the RTX 4090 and an existing CPU serves as a preliminary test to evaluate the system’s basic capabilities.

While the use of air conditioning for GPU cooling might seem unconventional, it highlights the ingenuity of tech enthusiasts in seeking innovative solutions to overcome the ever-increasing heat challenges posed by powerful hardware. This experiment raises intriguing questions about the future of PC cooling and could potentially inspire further research and development in this area.

As technology advances, we can anticipate even more creative approaches to managing heat dissipation in high-performance computing systems.

Perhaps this innovative approach could inspire a new wave of cooling solutions, pushing the boundaries of what’s possible in PC optimization.

Cooling a Powerful GPU with Air Conditioning: A Unique Approach

In the realm of high-performance computing, keeping graphics processing units (GPUs) cool is paramount. While conventional cooling solutions like air coolers and liquid cooling systems are widely used, a recent innovation has caught the attention of tech enthusiasts: repurposing air conditioners for GPU cooling. This unconventional approach, pioneered by Electrolytic Sodium Carbonate (ESC), utilizes the powerful cooling capacity of an air conditioner to maintain optimal temperatures for demanding GPUs, especially the powerful RTX 4090.

A Viral Innovation

ESC’s ingenuity sparked widespread interest when videos showcasing his RTX 4090 cooling setup, featuring a repurposed air conditioner, went viral. This unconventional solution offered a compelling alternative to traditional cooling methods, prompting curiosity and debate within the tech community.

An Interview with ESC

Archyde had the possibility to speak with ESC, gaining insights into his inspiration, the modification process, and the effectiveness of this unique cooling method.

“Honestly, it started as a bit of a joke. Everyone was talking about how hot the RTX 4090 gets, and I thought, ‘What if…’ You know, we have these massive air conditioners lying around, they pull a lot of heat. Why not put that to use? I was surprised it actually worked so well!” ESC shared.

ESC’s journey involved meticulous research and experimentation. Integrating the water cooling system with the air conditioner’s condenser presented significant challenges, requiring careful planning and execution. Ensuring secure mounting and airtight connections was crucial, considering the complexities of handling refrigerant lines and a powerful 12,000 BTU unit.

Under intense stress tests, ESC’s innovative setup proved remarkably effective. “Idle temps are around 2°C, and under heavy load, they rarely exceed 35°C,” ESC revealed, highlighting the impressive cooling capabilities achieved.

Energy Consumption: A Key Consideration

While ESC’s air conditioner-powered cooling system demonstrates impressive effectiveness, the energy consumption aspect raises critically important considerations. Utilizing a full-fledged air conditioner for PC cooling undoubtedly consumes a substantial amount of electricity.

This raises the question: Is the energy consumption of using an air conditioner for PC cooling a major drawback for widespread adoption? While ESC’s setup showcases the potential,the environmental impact and cost implications associated with continuous energy usage warrant careful evaluation. Further research and development are needed to explore more energy-efficient cooling solutions that leverage the principles of air conditioning without excessive energy expenditure.

Looking Ahead: Balancing Performance and Sustainability

ESC’s innovative approach highlights the ongoing quest for innovative cooling solutions in the realm of high-performance computing. While repurposing air conditioners presents intriguing possibilities, addressing the energy consumption concerns is crucial for sustainable adoption.Future developments may involve optimizing existing technologies, exploring alternative cooling mediums, or integrating renewable energy sources to minimize the environmental footprint of powerful computing setups.

ESC’s ingenuity serves as a reminder that creative solutions can emerge from unexpected places. While challenges remain,the pursuit of efficient and sustainable cooling solutions will continue to drive innovation in the world of high-performance computing.

Cooling with an air conditioner: an Unconventional Solution?

In the world of PC hardware, pushing performance boundaries often leads to innovative solutions, and one enthusiast has taken cooling to a whole new level by utilizing an air conditioner. ESC, a tech enthusiast known for their experimental builds, recently shared their project, which involves using a compact air conditioner to regulate the temperature of their high-performance PC.

Challenging the Limits of PC Cooling

The setup, as described by ESC, involves a powerful desktop PC equipped with a high-end GPU and processor. Under normal operating conditions, the air conditioner effectively maintains a stable temperature. Though, when subjected to heavy workloads, the system experiences a noticeable temperature increase.ESC reported reaching a maximum hotspot of 36°C during demanding tests. “It’s definitely pushing the limits of what I expected,” they stated.

Exploring the Potential of Air Conditioners for PC Cooling

This unique approach to PC cooling has sparked considerable discussion within the tech community. Archyde, a tech publication, posed the question: “Could air conditioners become a more mainstream solution?”

“It’s hard to say,” ESC responded, acknowledging the potential benefits while also highlighting practical concerns. “Energy consumption would be a major concern for most people, and the size of the system might also be a drawback, especially for smaller builds.”

Looking Ahead: Future Experiments and Innovations

ESC remains undeterred, planning to test the system’s limits further by integrating an RTX 5090 GPU and a Core i9-14900K processor. “It’ll be engaging to see if this system can handle even more heat,” they expressed.

Beyond pushing performance boundaries, ESC is also exploring ways to enhance the system’s efficiency and minimize its footprint. “I also want to research ways to make it more energy-efficient and smaller,” ESC stated. “Maybe even experimenting with different types of air conditioners.”

What Dose This mean for the Future of PC Cooling?

while using an air conditioner for PC cooling might not become a widespread practice anytime soon, ESC’s experiment highlights the constant need for innovation in this vital aspect of PC performance. As GPUs and processors continue to generate more heat, new and unorthodox solutions like this may become more prevalent.

What are yoru thoughts on this unconventional yet potentially effective cooling solution? Share your predictions for the future of PC cooling in the comments below!

What are the potential drawbacks of using an air conditioner for PC cooling, as highlighted by ESC?

Cooling with an air conditioner: an Unconventional solution?

In the world of PC hardware, pushing performance boundaries often leads too innovative solutions, and one enthusiast has taken cooling to a whole new level by utilizing an air conditioner. ESC, a tech enthusiast known for thier experimental builds, recently shared their project, which involves using a compact air conditioner to regulate the temperature of their high-performance PC.

Challenging the Limits of PC Cooling

The setup, as described by ESC, involves a powerful desktop PC equipped with a high-end GPU and processor. Under normal operating conditions,the air conditioner effectively maintains a stable temperature. Though,when subjected to heavy workloads,the system experiences a noticeable temperature increase.ESC reported reaching a maximum hotspot of 36°C during demanding tests.”it’s definitely pushing the limits of what I expected,” they stated.

Exploring the Potential of Air Conditioners for PC Cooling

this unique approach to PC cooling has sparked considerable discussion within the tech community. Archyde, a tech publication, posed the question: “Could air conditioners become a more mainstream solution?”

“It’s hard to say,” ESC responded, acknowledging the potential benefits while also highlighting practical concerns. “energy consumption would be a major concern for most people, and the size of the system might also be a drawback, especially for smaller builds.”

Looking Ahead: Future Experiments and Innovations

ESC remains undeterred, planning to test the system’s limits further by integrating an RTX 5090 GPU and a Core i9-14900K processor. “It’ll be engaging to see if this system can handle even more heat,” they expressed.

beyond pushing performance boundaries, ESC is also exploring ways to enhance the system’s efficiency and minimize its footprint. “I also want to research ways to make it more energy-efficient and smaller,” ESC stated. “Maybe even experimenting with different types of air conditioners.”

What Dose This meen for the Future of PC Cooling?

while using an air conditioner for PC cooling might not become a widespread practice anytime soon, ESC’s experiment highlights the constant need for innovation in this vital aspect of PC performance. As GPUs and processors continue to generate more heat, new and unorthodox solutions like this may become more prevalent.

What are your thoughts on this unconventional yet perhaps effective cooling solution? Share your predictions for the future of PC cooling in the comments below!