http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/ Business and Technology with Common Sense Thu, 24 May 2012 21:21:16 +0000 hourly 1 http://wordpress.org/?v=3.4-beta4-20883 http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/comment-page-1/#comment-45346 chrisbachmann Tue, 05 Aug 2008 15:01:52 +0000 http://technosailor.com/?p=4228#comment-45346 I've seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We're looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure. I’ve seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We’re looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure.

]]> http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/comment-page-1/#comment-45348 chrisbachmann Tue, 05 Aug 2008 15:01:52 +0000 http://technosailor.com/?p=4228#comment-45348 I've seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We're looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure. I’ve seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We’re looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure.

]]> http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/comment-page-1/#comment-45350 chrisbachmann Tue, 05 Aug 2008 15:01:52 +0000 http://technosailor.com/?p=4228#comment-45350 I've seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We're looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure. I’ve seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We’re looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure.

]]> http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/comment-page-1/#comment-45352 chrisbachmann Tue, 05 Aug 2008 15:01:52 +0000 http://technosailor.com/?p=4228#comment-45352 I've seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We're looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure. I’ve seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We’re looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure.

]]> http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/comment-page-1/#comment-45354 chrisbachmann Tue, 05 Aug 2008 15:01:52 +0000 http://technosailor.com/?p=4228#comment-45354 I've seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We're looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure. I’ve seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We’re looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure.

]]> http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/comment-page-1/#comment-45356 chrisbachmann Tue, 05 Aug 2008 15:01:52 +0000 http://technosailor.com/?p=4228#comment-45356 I've seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We're looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure. I’ve seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We’re looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure.

]]> http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/comment-page-1/#comment-45358 chrisbachmann Tue, 05 Aug 2008 15:01:52 +0000 http://technosailor.com/?p=4228#comment-45358 I've seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We're looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure. I’ve seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We’re looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure.

]]> http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/comment-page-1/#comment-45360 chrisbachmann Tue, 05 Aug 2008 15:01:52 +0000 http://technosailor.com/?p=4228#comment-45360 I've seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We're looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure. I’ve seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We’re looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure.

]]> http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/comment-page-1/#comment-45362 chrisbachmann Tue, 05 Aug 2008 15:01:52 +0000 http://technosailor.com/?p=4228#comment-45362 I've seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We're looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure. I’ve seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We’re looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure.

]]> http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/comment-page-1/#comment-45364 chrisbachmann Tue, 05 Aug 2008 15:01:52 +0000 http://technosailor.com/?p=4228#comment-45364 I've seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We're looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure. I’ve seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We’re looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure.

]]> http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/comment-page-1/#comment-45366 chrisbachmann Tue, 05 Aug 2008 15:01:52 +0000 http://technosailor.com/?p=4228#comment-45366 I've seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We're looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure. I’ve seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We’re looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure.

]]> http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/comment-page-1/#comment-45368 chrisbachmann Tue, 05 Aug 2008 15:01:52 +0000 http://technosailor.com/?p=4228#comment-45368 I've seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We're looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure. I’ve seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We’re looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure.

]]> http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/comment-page-1/#comment-45370 chrisbachmann Tue, 05 Aug 2008 15:01:52 +0000 http://technosailor.com/?p=4228#comment-45370 I've seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We're looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure. I’ve seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We’re looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure.

]]> http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/comment-page-1/#comment-45372 chrisbachmann Tue, 05 Aug 2008 15:01:52 +0000 http://technosailor.com/?p=4228#comment-45372 I've seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We're looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure. I’ve seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We’re looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure.

]]> http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/comment-page-1/#comment-45374 chrisbachmann Tue, 05 Aug 2008 15:01:52 +0000 http://technosailor.com/?p=4228#comment-45374 I've seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We're looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure. I’ve seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We’re looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure.

]]> http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/comment-page-1/#comment-45376 chrisbachmann Tue, 05 Aug 2008 15:01:52 +0000 http://technosailor.com/?p=4228#comment-45376 I've seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We're looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure. I’ve seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We’re looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure.

]]> http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/comment-page-1/#comment-45378 chrisbachmann Tue, 05 Aug 2008 15:01:52 +0000 http://technosailor.com/?p=4228#comment-45378 I've seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We're looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure. I’ve seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We’re looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure.

]]> http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/comment-page-1/#comment-45380 chrisbachmann Tue, 05 Aug 2008 15:01:52 +0000 http://technosailor.com/?p=4228#comment-45380 I've seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We're looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure. I’ve seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We’re looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure.

]]> http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/comment-page-1/#comment-45382 chrisbachmann Tue, 05 Aug 2008 15:01:52 +0000 http://technosailor.com/?p=4228#comment-45382 I've seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We're looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure. I’ve seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We’re looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure.

]]> http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/comment-page-1/#comment-45384 chrisbachmann Tue, 05 Aug 2008 15:01:52 +0000 http://technosailor.com/?p=4228#comment-45384 I've seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We're looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure. I’ve seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We’re looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure.

]]> http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/comment-page-1/#comment-45386 chrisbachmann Tue, 05 Aug 2008 15:01:52 +0000 http://technosailor.com/?p=4228#comment-45386 I've seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We're looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure. I’ve seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We’re looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure.

]]> http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/comment-page-1/#comment-45388 chrisbachmann Tue, 05 Aug 2008 15:01:52 +0000 http://technosailor.com/?p=4228#comment-45388 I've seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We're looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure. I’ve seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We’re looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure.

]]> http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/comment-page-1/#comment-45390 chrisbachmann Tue, 05 Aug 2008 15:01:52 +0000 http://technosailor.com/?p=4228#comment-45390 I've seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We're looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure. I’ve seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We’re looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure.

]]> http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/comment-page-1/#comment-45392 chrisbachmann Tue, 05 Aug 2008 15:01:52 +0000 http://technosailor.com/?p=4228#comment-45392 I've seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We're looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure. I’ve seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We’re looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure.

]]> http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/comment-page-1/#comment-45394 chrisbachmann Tue, 05 Aug 2008 15:01:52 +0000 http://technosailor.com/?p=4228#comment-45394 I've seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We're looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure. I’ve seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We’re looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure.

]]> http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/comment-page-1/#comment-45396 chrisbachmann Tue, 05 Aug 2008 15:01:52 +0000 http://technosailor.com/?p=4228#comment-45396 I've seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We're looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure. I’ve seen a few systems that do this as well. Coolant is pumped into a radiator based on the cool side of a rack and then the normal air flow of the servers pull that through the machine itself. We’re looking at the issue of potential leaks in the system. It would also dramatically increase the number of sensors to look for such a failure.

]]> http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/comment-page-1/#comment-45345 jjgardner3 Tue, 05 Aug 2008 13:59:50 +0000 http://technosailor.com/?p=4228#comment-45345 Chris,Great post ! This seems to be a hot topic these days. Scoble had an interview the other day with Chandrakant Patel, an HP exec, on their work in the datacenter. One area I found interesting was cooling, as you talk about. In all the datacenters I go into, there are big air movers and they are on or off, there is very little to no in between. He said HP is working on a system to target cool to the individual racks and eventually the individual cpu. This will lead to an incredible costs savings over the current system. It is a good interview and you should check it out<a href="http://www.fastcompany.tv/video/datacenter-future">http://www.fastcompany.tv/video/datacenter-future</a> Chris,Great post ! This seems to be a hot topic these days. Scoble had an interview the other day with Chandrakant Patel, an HP exec, on their work in the datacenter. One area I found interesting was cooling, as you talk about. In all the datacenters I go into, there are big air movers and they are on or off, there is very little to no in between. He said HP is working on a system to target cool to the individual racks and eventually the individual cpu. This will lead to an incredible costs savings over the current system. It is a good interview and you should check it outhttp://www.fastcompany.tv/video/datacenter-future

]]> http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/comment-page-1/#comment-45347 jjgardner3 Tue, 05 Aug 2008 13:59:50 +0000 http://technosailor.com/?p=4228#comment-45347 Chris,Great post ! This seems to be a hot topic these days. Scoble had an interview the other day with Chandrakant Patel, an HP exec, on their work in the datacenter. One area I found interesting was cooling, as you talk about. In all the datacenters I go into, there are big air movers and they are on or off, there is very little to no in between. He said HP is working on a system to target cool to the individual racks and eventually the individual cpu. This will lead to an incredible costs savings over the current system. It is a good interview and you should check it out<a href="http://www.fastcompany.tv/video/datacenter-future">http://www.fastcompany.tv/video/datacenter-future</a> Chris,Great post ! This seems to be a hot topic these days. Scoble had an interview the other day with Chandrakant Patel, an HP exec, on their work in the datacenter. One area I found interesting was cooling, as you talk about. In all the datacenters I go into, there are big air movers and they are on or off, there is very little to no in between. He said HP is working on a system to target cool to the individual racks and eventually the individual cpu. This will lead to an incredible costs savings over the current system. It is a good interview and you should check it outhttp://www.fastcompany.tv/video/datacenter-future

]]> http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/comment-page-1/#comment-45349 jjgardner3 Tue, 05 Aug 2008 13:59:50 +0000 http://technosailor.com/?p=4228#comment-45349 Chris,Great post ! This seems to be a hot topic these days. Scoble had an interview the other day with Chandrakant Patel, an HP exec, on their work in the datacenter. One area I found interesting was cooling, as you talk about. In all the datacenters I go into, there are big air movers and they are on or off, there is very little to no in between. He said HP is working on a system to target cool to the individual racks and eventually the individual cpu. This will lead to an incredible costs savings over the current system. It is a good interview and you should check it out<a href="http://www.fastcompany.tv/video/datacenter-future">http://www.fastcompany.tv/video/datacenter-future</a> Chris,Great post ! This seems to be a hot topic these days. Scoble had an interview the other day with Chandrakant Patel, an HP exec, on their work in the datacenter. One area I found interesting was cooling, as you talk about. In all the datacenters I go into, there are big air movers and they are on or off, there is very little to no in between. He said HP is working on a system to target cool to the individual racks and eventually the individual cpu. This will lead to an incredible costs savings over the current system. It is a good interview and you should check it outhttp://www.fastcompany.tv/video/datacenter-future

]]> http://technosailor.com/2008/08/05/3-things-you-can-to-green-your-data-center/comment-page-1/#comment-45351 jjgardner3 Tue, 05 Aug 2008 13:59:50 +0000 http://technosailor.com/?p=4228#comment-45351 Chris,Great post ! This seems to be a hot topic these days. Scoble had an interview the other day with Chandrakant Patel, an HP exec, on their work in the datacenter. One area I found interesting was cooling, as you talk about. In all the datacenters I go into, there are big air movers and they are on or off, there is very little to no in between. He said HP is working on a system to target cool to the individual racks and eventually the individual cpu. This will lead to an incredible costs savings over the current system. It is a good interview and you should check it out<a href="http://www.fastcompany.tv/video/datacenter-future">http://www.fastcompany.tv/video/datacenter-future</a> Chris,Great post ! This seems to be a hot topic these days. Scoble had an interview the other day with Chandrakant Patel, an HP exec, on their work in the datacenter. One area I found interesting was cooling, as you talk about. In all the datacenters I go into, there are big air movers and they are on or off, there is very little to no in between. He said HP is working on a system to target cool to the individual racks and eventually the individual cpu. This will lead to an incredible costs savings over the current system. It is a good interview and you should check it outhttp://www.fastcompany.tv/video/datacenter-future

]]>