What we do

Reduce 50% Power

100% Noise free

Reuse heat

Remove 100% dust

Improve high density racks

Simplify scalability and growth

Our technology

Processors are fully immersed in a Bi fluid (in a specific rack) with high values of thermo-conductivity and convection. The main difference with other solutions available on the market is the immersion cooling system, which collects and removes heat from the CPU, GPU, APU, FPGA, RAM and power supplies and diverts it to other applications. Particularly, THPC employs a dielectric vegetable Biofluid, developed by SER TEC S.r.l., as a cooling fluid. This fluid has a much better thermo-conductivity and convection than those commonly used in other systems as coolant; good thermal-conductivity and convection permit operations in passive cooling conditions, without expensive and bulky devices for fluid circulation and heat exchange.

Here are the strength points of our technology:

  • The dielectric vegetable Biofluid has better thermal conductivity and convection in comparison with other fluids commonly used like air, water and synthetic oils. In addition, it has a high smoke point
  • It operates in close-loop mode without using active devices such as pumps, coolant circuits, pipes etc.
  • The heat is removed from the plunged hardware and can be reused in different ways depending on customer needs (e.g. space heating, hot water production, power generation, etc.)
  • The cooling system controls the temperature and also protects the electronic components from the dust damaging the circuits in different ways
  • The system works silently. It completely reduces the noise generated by the conventional air and water cooling systems, improving environmental conditions for operators in datacentres
  • The hardware does not require specific treatments before immersion in Biofluid, except the removal of fans (FANS) and the waterproofing of hard disks (HDD)
  • The improvement of the overall performances allows an increased computing density (more computers, more power) with better environmental conditions.

Climate impact

Across the world, thousands of high performance computers work around the clock to meet the increasing demand of everyday life.  We want more information, more performance, at a faster rate. As a result, data centers consume up to 3% of all global electricity, producing upwards of 200 million metric tons of carbon dioxide. With no signs of slowing down, it is estimated that data center traffic will increase almost 30% annually by 2017. With our thirst for information accelerating at increasing speeds, energy consumption via these data centers are depleting our natural resources, and costing companies millions of dollars annually.

In response to the need to decrease our carbon footprint, liquid cooling systems have been created, using both liquid immersion and external pump systems, allowing the reduction of energy consumption by at least 50%.  Great progress!

But… there is always room for improvement. With the vision of minimizing the impact of technology on the environment, THPC has taken the liquid cooling system to a new, eco-friendly level.

Using readily available, low-cost materials, THPC has created a dielectric, non-toxic, plant-based Biofluid coolant to capture heat from the CPU and hot spots. THPC immerses the server, or even entire data centers, in the long-lasting Biofluid, we then seal the system, creating a dust-free, noise-free environment, allowing maximum performance and component longevity. And the THPC system does this with no moving parts – no pumps, no fans, no radiators – reducing the risk of point of power breakdown.

If used worldwide, THPC could reduce the use of coal by 12 billion kilograms and reduce the use of water by 200 billion liters. To get a better idea, the energy saved by the THPC system is equivalent to that used by 7 million homes in one year!

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