Server Room Cooling Summerlin

How much cooling is required for a server room in Summerlin? It depends on some basic room characteristics: its dimensions, the layout of the servers, and how dense the server instances are. Beyond that, of course, we're also concerned with the amount of heat the server hardware is actually putting out. Usually when we talk about "exit temperature," we mean the temperature that's coming out of the servers or the server cases themselves. And we want that to be low enough so that the servers keep running properly. Generally, for modern server hardware, we might aim for something like an exit temperature of 65° to 80°F at a humidity level of 40 to 60 percent.

An array of effective methods can be deployed to keep a server room in Summerlin, Nevada, cool, especially during the summer months. One of these methods is to install precision air conditioning systems that are specifically designed for the types of environments that servers occupy. These A/C units come in several forms, including liquid cooling systems and in-row cooling systems. By using a mixture of these types of cooling methods and ensuring that the room is properly laid out, one can achieve a natural air circulation that helps the servers maintain optimal temperatures. Of course, this also requires regular monitoring and maintaining of the systems to ensure everything is running as it should.

In the Summerlin server room, summertime AC might be set to as low as 66 degrees Fahrenheit or as high as 72 degrees (or even moderate 70 settings), but the optimal number for all room temperature is largely the same: 70. And it's not just the temperature that must be right; the airflow in the room must also be sufficient. The National Renewable Energy Laboratory has suggested that the server room be treated like an airplane: It's not just the temperature at cruising altitude that determines comfort or safety; it's also the airflow. A simple fan might not do the trick for a space as big as a server room, either, when it's tripling as a backup for cooling failure, a precision tool for maintaining climactic control, and another redundantly safe solution that prolongs the lifespan of an electronics graveyard.

In Summerlin, the server room tends to use a device known as a precision air conditioning system. These are often called Computer Room Air Conditioners or CRACs, and they're designed to keep a very specific combination of things—namely temperature and humidity—in a constant state. That's because your average server is built to function under certain conditions, and if you deviate from those conditions for long enough, some parts are going to wear out faster than they should. And the fact that server rooms are set up so that some components might be working harder (and thus generating more heat) than others means that high-reliability, high-energy-efficiency devices like CRACs tend to be the go-to option for air conditioning in server rooms.

Generally, server rooms should be kept cooler than 80°F (27°C). If the temperature approaches or exceeds that level, equipment may begin to overheat and fail, sometimes catastrophically. Ideally, a server room would maintain a constant temperature between 68°F and 72°F (20°C to 22°C).

Typically, a server should not dip below a temperature of 50°F (10°C). But if you're looking for a range that is better when it comes to performance, the server should ideally be operating somewhere between 64°F (18°C) and 80°F (27°C).

Server rooms must be kept cool for the hardware inside them to perform optimally and for the optimal span of time. The heat generated by all of the servers and networking around any given piece of equipment can lead to some pretty bad overheating. That, in turn, can lead to a whole host of equipment failures that range from annoying to catastrophic. The heat has to go somewhere, and it needs to go there fast. On top of that, the cooler the room, the less the internal server room hardware has to work to cool itself. That translates into much better energy efficiency, so maintaining a "stable atmosphere" in the server room pays serious dividends in summer.

ASHRAE recommends that server rooms be maintained at a temperature between 64.4°F and 80.6°F (18°C to 27°C).

At 25 degrees Celsius, or 77 degrees Fahrenheit, a room is too hot for the living quarters of a server. Above that, in Summerlin, the nightly air could warm an enclosure and cause the interior to exceed the 68 degrees Fahrenheit (20 degrees Celsius) ideal, the United States National Security Agency states, for server performance and reliability.

Absolutely, there must be proper ventilation in a server room for the equipment not to overheat and function like it ought to. Not only is ventilation important, but also the proper way to maintain the temperature and humidity levels of a server room, which are both critical to the reliable performance of the servers, as well as their IT infrastructure, and also to their longevity.