Not impressed reading « we setup new DCs with 120MVA ».
Why ? The facts: a standard server from a vendor with the funs consumes +20-30% more that the same servers with the watercooling.
#OVH saves on the CAPEX (smaller power capacities) and OPEX (less KWh).
Why ? The facts: a standard server from a vendor with the funs consumes +20-30% more that the same servers with the watercooling.
#OVH saves on the CAPEX (smaller power capacities) and OPEX (less KWh).
example:
if a server with the watercooling consumes 100W, and the DC has the PUE 1.1, this server costs 110W
the same server with the funs consumes 120-130W, and the DC has PUE 1.3-1.5, the server costs 156W-196W.
+40%/+80% of the costs per month (OPEX) and the same for CAPEX..
if a server with the watercooling consumes 100W, and the DC has the PUE 1.1, this server costs 110W
the same server with the funs consumes 120-130W, and the DC has PUE 1.3-1.5, the server costs 156W-196W.
+40%/+80% of the costs per month (OPEX) and the same for CAPEX..
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