Plate Submerged Bitcoin Turnkey Solution Cooling System Immersion
Dry Coolers With Double Row Fans
What's Immersion Cooling?
Also known as liquid submersion cooling. It is the practice of
submerging computer components (or full servers) in a thermally,
but not electrically, conductive liquid (dielectric coolant)
allowing higher heat transfer performance than air and many other
benefits.
Traditionally, air-cooled methods require raised floor systems that
allow for cold air to be pumped to servers via computer room air
conditioners (CRAC). This traditional method proves to be
inefficient when cooling increased compute loads and higher watts
per square foot. The majority of legacy and enterprise data centers
today utilize air-cooled systems.
One item that remains clear is that as servers demand more power
and generate more heat, liquid cooling is emerging as the leader in
more efficient cooling practices. Increasingly, the deployment of
immersion cooling is what separates the data center technology
leaders from the rest of the pack.
How does immersion cooling work and what is the impact on the
future of data centers?
Immersion cooling is a process in which servers and other IT
hardware are immersed in non-conductive fluids such as 3M™ Novec™
Engineered Fluids. Heat generated by the electronic components is
transferred to the fluid, reducing the need for active cooling
components, such as interface materials, heat sinks and fans that
are common in air cooling.
Data centers will need to improve energy efficiency and reduce size
to keep up with the data demand. Liquid immersion cooling in data
centers offers a unique opportunity to reduce cooling costs by 95%
and reduce data center size by 10x.
Shenglin and Shenglin partner can offer one-stop solution:
For bitcoin mining farm, if use immersion cooling system,
Shenglin dry cooler is the most cost-effective way to remove
heat and a necessary component of the immersion cooling system, We
designed a full range of immersion optimized dry coolers. From 5kW
single fan unit to the V-shaped 48-921kW dry coolers. Made in
China, sized to your needs.
Like this way:
Technical Parameters
Plate-series — Double row fans
| H*FD*91 | Fan Dim
mm | * | H*FD 491 | H*FD 691 | H*FD 89 | H*FD 1091 | H*FD 1291 | H*FD 1491 | H*FD 1691 | H*FD 1891 | H*FD 1892 | H*FD 1893 | H*FD 1894 | H*FD 1895 | H*FD 1896 |
| Rated Capacities (kW) Heat Exchange Surface (㎡) |
| Fluid Coolers | 910 | D | 377kW-3212kW 641㎡-14767㎡ (Water/Ta25℃/Tin40℃/Tout35℃) |
Freon
Condensers | 910 | F | 339kW-3170kW 641㎡-14767㎡ (R404A/Ta35℃/Tk50℃) |
Ammonia
Condensers | 910 | A | 357kW-3279kW 751㎡-14767㎡ (NH3/Ta35℃/Tk50℃) |
| Gas Coolers | 910 | G | 344kW-2311kW 728㎡-10738㎡ ( CO2/Tair32℃/Tin113℃/P94Bar/Tout34℃) |
| Oil Coolers | 910 | O | 228kW-5797kW 641㎡-14767㎡ (OIL ISO VG 46/Ta35℃/Tin85℃/Tout60℃) |
| Fan Model | 910 | EC | W3G910KU2503 (2.55kW) or FN091-ZIQ.GL.V5P1 (3.2kW) |
| 910 | AC | W6D910GB0101 (2.02kW) or FN091-SDS.6N.V7P2 (1.85kW) |
| No of Fans | 4 | 6 | 8 | 10 | 12 | 14 | 16 | 18 | 20 | 22 | 24 | 26 | 28 |
| Overall Dimensions | Lenth-1 | mm | 2730 | 3930 | 5130 | 6330 | 7530 | 8730 | 9930 | #### | #### | #### | #### | #### | #### |
| Lenth-2 | mm | 2250 / 2800 |
| Width | mm | 2510 / 3060 |
| Height | mm | 2460 |
Some immersion cooling system dry cooler reference:
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Country: USA Application: Bitcoin immersion cooling system Cooling capacity: 1270kW Cooling medium: BC-888 Supply power: 415V/3P/60Hz Fan brand: Ziehl-Abegg | Country: USA Application: Bitcoin immersion cooling system Cooling capacity: 171kW Cooling medium: bitcoin fluid Supply power: 415V/3P/60Hz Fan brand: Chinese brand |
