DC Liquid Cooling

Immersion Liquid Cooling Sever Solution

Summeit Edge Computing Immersion Liquid-Cooling solution use integrated and modular architecture design, mainly composed of integrated rack, liquid-cooling server rack, liquid-cooling servers, server subracks, CDU system, dry cooler, fan coil unit, PDM system, PDU, UPS system (rack type), micro-DCIM.

Integrated rack: Equipped with PDM system, UPS and battery system, micro-DCIM and other infrastructure. The remaining space is used to install other IT devices except servers and relies on fan coil units for heat dissipation. The fan coil, as a bypass of the liquid cooling main pipe, shares the delectric liquid circulation.

Liquid-cooled server rack: dedicated rack to liquid-cooling servers. Equipped with CDU system, gas-liquid pipes, and PDUs, the rack relies on immersion liquid cooling to achieve efficient heat dissipation and energy saving.Using single cooling source to successfully solve the immersion liquid cooling of high-density servers, as well as the local air cool-ing of low-power network devices, UPS and batteries.

Summit liquid-cooling EDC

Integrated All-in-one immersion liquid cooing system, designed for edge high computing scenarios.

  • (1) 1+1 configuration, up to 20kw fully computer density for 42U server rack
  • (2) Immersion phase-changed liquid cooling strategy, achieve typical PUE 1.05
  • (3) ONE single cold source circulates once, solving the total device cooling needs except high-density servers.
  • Edge Computing (30kW-100kw Single Rack)
  • Phase Changing 50°C Dielectric Coolants
  • Sever operation temperature under 50 °C
  • Independent Packaged Server
  • Easy deployment and replacement
  • Extension of more than 50% life of sever
  • Reduce 60% system operation Failure
Save 25-40% on TCO
Save 95% on cooling OPEX
+30% in HW life-span
-60% in HW failure rate

The above data are from laboratory simulation, it is for reference only according to the actual use environment

Summit Individually packaged prototype

Individually packaged customized servers, using phase
change liquid cooling technology, break through the heat dissipation power limit to 500 w/m2