Direct Liquid Cooling (DLC) works by circulating a liquid coolant—such as water or non-conductive fluids through specially designed cold plates or heat sinks that are in direct contact with the hardware. The liquid absorbs the heat and carries it away to an external heat exchanger or dry cooler, where the heat is dissipated into the environment or repurposed for secondary uses, such as heating nearby facilities. This method is far more efficient than air cooling, offering higher thermal conductivity, lower energy consumption, and a significantly reduced carbon footprint.

This results in much higher rack density, ultra-low PUE (<1.03), while allowing  compact system designs without compromising performance. DLC’s ability to reclaim and reuse waste heat further enhances energy efficiency, making it an ideal solution for sustainable, high-performance operations like data centers and bitcoin mining.

Data centers uses standard Coolant Distribution Units(CDUs), which often lack flexibility. In contrast, Heat Core's Smart Control System(SCS) intelligently manages the centralized pumping system to cool multiple racks while maintaining optimal flow and pressure settings. It also monitors and controls server paratemeters, such as temperature and performance, ensuring efficient operation.

Data centers and bitcoin mining site face diverse situations. Different scale/electrical infrastructure/space/redundancy/etc determine the size of SCS. The customized SCS minimizes the cost per coldplate in pumping systems while maintaining high redundancy for reliable performance. 

For the N series, we employ skid-mounted technology to build smart control system, enabling modular and scalable cooling solutions tailored to specific needs.

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Rather than just offering hardware, we focus on delivering comprehensive solutions to our users.
Our cloud-based remote control and monitoring platform is built on Amazon Web Services (AWS) servers in the United States, leveraging AWS's robust security and compliance standards to ensure data protection.

This platform enables real-time monitoring and control of both cooling systems and bitcoin miners. It not only empowers users to efficiently manage their systems but also allows our engineers to quickly identify and resolve issues, minimizing downtime.

Currently, this service is provided at no additional cost to all users.

Deionized water (DI water), due to its extremely low ion content, actively dissolves metal ions, accelerating corrosion over time.

Standard industrial stainless steel pipes often have a rough surface, which can release Fe, Cr, and Ni ions into the water. This contamination not only degrades water quality but can also clog the microchannels of cold plates, ultimately reducing heat exchange efficiency.

In contrast, sanitary-grade stainless steel features exceptionally low ion dissolution, ensuring long-term purity of the coolant. This helps prevent corrosion of cold plates and heat exchangers, maintaining optimal performance and reliability.

Our engineers always consider to make the deploy work fast and easy.

Each rack integrates a Power Distribution Unit, unmanaged network switches (access layer), and in/out manifolds. For X and E series, we’ve also included a main power switchboard and Smart Control System. These highly integrated units significantly simplify installation and deployment, reducing workload and time.

Skid-mounted system is a pre-assembled piece of equipment or a process system mounted on a sturdy frame, typically made of steel, for easy transportation and installation. This modular approach allows for off-site fabrication and testing, minimising on-site work and disruption.

We incorporate the skid-mounted approach throughout our designs—our E Series and most large-scale Smart Control Systems.These designs streamline deployment and enhance system reliability.

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Quick Disconnectors (QDs) with flush-face connectors are essential for Direct Liquid Cooling systems. They enable rapid, hot-swappable server maintenance while ensuring the structural integrity required by data centers. With minimal fluid loss during disconnection (reduced to a surface mist), QDs support for flexible and efficient server configurations within racks.

By default, the female Disconnectors are included and pre installed in Heat Core's system.

Thanks to the in-depth cooperation with MicroBT, we were able to launch the highest power density containerised solution.

The 20 feet-20 HQ container's maximum power is up to 1.6MW; whereas the 40 feet-40HQ container's maximum power is up to 3.6MW. 
High power density brings a lot of advantages.

• Save space
• Save electrical infrastructure investment
• Improve energy efficiency and reduce PUE
• Save deployment cost and time
• Save O&M cost
  

Unlike standard component certifications, we provide comprehensive system certifications that ensure full compliance with the National Electrical Code (NFPA 70) in the United States and the Canadian Electrical Code (CSA C22.2) in Canada. This includes Field Evaluations in the U.S. and Special Inspections in Canada.

Our systems feature the CSA mark, widely recognized by jurisdictions across North America, streamlining field inspections and approvals.
Moreover, the entire system is CE-certified and fully compliant with EN 60204-1, making it suitable for deployment in Europe and other regions outside North America. This dual certification ensures your system meets strict regulatory requirements across multiple markets, providing both flexibility and peace of mind.

We provide customized heating solutions, leveraging modular designs to deliver complete project plans in under a week and production within 6 weeks.

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All of our solution is based on dry cooler. ensuring zero water waste, lower O&M costs, and reduced Total Cost of Ownership(TCO).

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