great to see how the shift from 'air cooling' to passive ,liquid heat transfer, and heat reuse the server density can be more than doubled methinks as we shift from air to liquid we need to move away from the word 'cooling' to 'heat transfer'
You claim a condenser that pumps 140 kW to the outside world consumes only 4 kW. That gives a CoP (coefficient of performance) of a whopping 35. That cannot be right, except possibly when the outside temperature is lower than the indoor temperature. But the figures given show the heat being pumped across a broad rage of outdoor temperatures, while the condenser is listed with only a single kW draw. *That is not right.*
Amazing presentation David. As Data Analyst for iMasons currently leading the Liquid cooling survey, I find this quite insightful.
great to see how the shift from 'air cooling' to passive ,liquid heat transfer, and heat reuse the server density can be more than doubled
methinks as we shift from air to liquid we need to move away from the word 'cooling' to 'heat transfer'
would it be possible for OCP to edit/remove the setup sequences from the videos before they are uploaded to youtube?
You claim a condenser that pumps 140 kW to the outside world consumes only 4 kW. That gives a CoP (coefficient of performance) of a whopping 35. That cannot be right, except possibly when the outside temperature is lower than the indoor temperature. But the figures given show the heat being pumped across a broad rage of outdoor temperatures, while the condenser is listed with only a single kW draw. *That is not right.*