Hydro Cooling Container

Hydro Cooling Container – Hydro Cooling, also regarded as water cooling, uses water as a cooling platform to minimize heat from mining hardware. Water flows within a closed-loop system that has direct access to the heat producing elements of the mining rigs. The water that gets heated is simultaneously transferred into a heat exchanger. Here, the heat is pumped into another water loop or taken out into the environment.

When we talk about hydro-cooled systems, it is important we know how the water flows and connects with the mining hardware. Water travels through a network of pipes or channels that directly interconnects with the mining hardware. Water has the ability to take in all the generated heat while travelling through the cooling system. Once the water gets heated up, it is taken away from the mining hardware and either cooled through a heat exchanger or released into a cooling reservoir like a river or lake nearby. After the water settles down and gets it heat discharged, it is recirculated back to the mining hardware to sustain the cooling cycle.

Why Choose Lianli’s Hydro Cooling Containers?

Choosing Hydro cooling containers comes with a lot of benefits –

Advantages of Hydro Cooling System

There are many advantages of hydro cooling system. A few of the advantages are

Multiple Cooling System Solutions

Cooling options involve cooling tower, dry cooler and hybrid cooling system, to meet the different application needs of users.

Intelligent Control System

Integrated with an advanced intelligent control system, facilitating smart management of both cooling and power systems.

Server-compatible Design

Designed especially for mining servers, making it the number one choice for server-based mining rigs.

Climate Adaptability

You can operate it in temperatures ranging between -20°C to 45°C with an approximate humidity under 90%.

Easy Deployment

You can easily deploy readymade designs for containers that reduces the effort needed for mining deployment.

Heat Recovery

Involves options for heat recovery.

Environment Friendly

Uses softened water as the cooling medium, posing no regulatory risk.

Cooling System Solutions by Lianli Electronics

Lianli Electronics provide different cooling system solutions customised to particular working environments and application requirements.

Dry-Cooler

The cooling water is moved around within a closed loop and does not intake excess water, making it a perfect choice for areas with water scarcity or where water usage needs to be reduced.

Cooling Tower

The cooling water is moved around in a closed loop but also makes use of evaporative cooling method to maximize the cooling efficacy.

Hybrid Cooling System

A mix of dry-cooler and cooling tower technologies provides good flexibility and efficacy by using the strengths of both systems.

Heat Recovery System

Takes in and uses heat from mining operations, changing it into a valuable resource for heating and other uses.

How to Maintain Your Hydro Cooling Container?

Step 1: Drain the loop

When performing maintenance, the first thing to do is drain the custom loop of coolant. Before doing so, make sure you have:

• Paper towels that you can use to prevent coolant from dripping onto other parts of your PC.
• A container to contain the drained coolant
• You can drain the loop by attaching a piece of tubing, ideally with a valve at the end, to a stop gap in the reservoir. If you still have some coolant in the loop, here are some ways to drain them:
• Loosen the top stop plug when draining. This will make it easier to drain the reservoir.
• Remember to replace the stop plug if you plan on tilting the system or using compressed air to drain the reservoir.
• Tilt your system to help drain remaining coolant. Sometimes tilting your system will get more coolant into the reservoir during draining.
• Disconnect one of the tubes from the fittings. Make sure to have your paper towels ready to catch any dripping coolant and to position the tubes so that coolant does not drip onto other parts of your PC.
• Use a small electronic air compressor to flush out the coolant. Make sure that you plug all ports except the one going into your container to avoid making a mess.

Step 2: Remove components for maintenance

Once you have drained the custom loop, it is time to remove the components for maintenance. Keep the following tips in mind when removing components:

• Put paper towels beneath any tubes or fittings being removed. Sometimes these parts will have some coolant inside, so you should use paper towels to prevent coolant from dripping onto other parts of your PC.
• Disconnect all power wires and RGB wires from the DPU block before removing it. You also want to check if there is any coolant still in the DPU block and dump it into your container.

Step 3:  Install new tubing and hardware

After you have removed all of the older components from your PC, install any new components such as tubing and fittings.

Step 4: Flush out old coolant

If you have previously used a colored coolant and your new coolant is of a different color, you want to flush out the old color before putting in your new coolant. If you previously used a clear coolant, you can skip this step and proceed to filling the loop with your new coolant.

Make sure you put paper towels beneath the tubes and fittings of the cooler just in case there are drips.

To flush out the old color:

• Fill the loop with distilled water.
• Run the pump with a 24-pin ATX jumper.
• Drain the distilled water out of the loop.

You may need to repeat the steps above a couple times to completely flush out the old color. It helps to have an electronic air compressor to drain the loop.

Step 5: Fill in the new coolant

Once you are satisfied that you have flushed out enough of the old coolant, fill the loop with your new coolant. Run the pump to allow the coolant to spread throughout the cooler.

If you have air pockets in your cooler, you can tilt the entire system from side to side while the pump is running to get rid of them. Make sure all openings in your cooler are closed, whether by fittings or stop plugs, to avoid spilling coolant into your PC.

Wrapping Up!

The Lianli Eletronics Hydro Cooling Container is an innovative solution designed specifically for large-scale mining operations. It involves a range of efficient features from the Hydro Cooling equipment, including single-circuit design, stainless steel pipelines, coolant quality monitoring, and a high-capacity circuit system. This container offers reliable heat dissipation, simplified maintenance procedures, and a convenient mining operational environment. The Lianli Electronics Hydro Cooling Container is the optimal choice for your mining operations.

FAQs on Hydro Cooling Container

Q1. Does water cooling require a lot of maintenance?

A: Custom liquid cooling systems require more maintenance than air cooling, as you need to sustain proper fluid levels, and make sure the components are clean and functional. Also, if any of the parts of a custom cooling system fail it could be catastrophic for your computer.

Q2. How to water cool a mining rig?

A: In direct water cooling systems, water is circulated directly over the surface of the mining hardware, typically through water blocks or heat sinks attached to the components.

Q3. What are the risks related to hydro cooling?

A: One of the primary risks associated with water cooling systems is the potential for leaks. These leaks can lead to water damage to components, electrical hazards, and system failure.