Data centers are locations in which all the computation, data storage, and network are handled. It’s a massive hardware hub that handles a lot of software processes that, from the outside, appear to be completely software-related. The simplest explanation would be to say that it’s a facility that centralizes an organization’s shared IT operations.
Seeing as how these hardware capacities are quite impressive, the energy that they require is simply massive. According to some studies, data centers consume as much as 100 times more energy than a standard office space. Now, energy produces heat and in order not to overheat and keep working properly, good data center cooling is required. Still, how is this achieved? Let’s find out!
Now, before we proceed to talk about how data center cooling works, we must understand why this matters so much.
These three can be brought down to two crucial concepts – improving service and reducing expenses.
There are different types of data center cooling, ranging from using something as conventional as liquid cooling, all the way to pumped refrigerant, or hot/cold aisle arrangement.
So, in this segment, we’ll focus on two different aspects of data center cooling. First, we’ll talk about the cooling systems. Second, we’ll briefly reflect on the concept of data center organization.
Every cooling system has its advantages and downsides, which is why it’s important you familiarize yourself with all of them before making a choice.
Lastly, you don’t have to be exclusive to a single method, especially if you need a bit more potent solution.
There are other data center cooling methods that you use in combination with a cooling system mentioned above, and one of them is the optimization of the layout.
As you can see, it’s all about the airflow, which is why packing hardware too tight might not be the best idea.
One thing worth addressing is that cooling down a data center isn’t the only problem you’re facing. It’s doing it in an energy-efficient way. Let’s say you’ve just introduced a new AC unit to keep the room cool. The temperature is down, the efficiency is up, and you’ve just saved energy, right? Well, the new cooling unit is probably using more power (probably as much as you believe you’ve saved), which means that you’re back to square one. This is a problem that modern cooling towers can solve.
Another question worth addressing is the one of maintenance and corrosion. When talking about cooling towers’ use in various conditions (data centers aren’t always in ideal spots), the question of corrosion is a big one. Now, engineered plastic models can easily circumnavigate this issue without much trouble. They’re also not as temperature-sensitive as their traditional counterparts, which makes them ideal data center cooling systems.
In the end, it’s important to understand that you’re planning for the long run. This means that temperature variations over different seasons must be taken into account, as well as changing conditions within your data center. Also, the longevity and maintenance of the data center cooling system you choose need to be considered.
Modern cooling towers made out of engineered plastic are your safest bet for longevity and maximum uptime, at the moment. To learn more about why this is the case, you might want to reach out to industry veterans and get a quote on a cooling tower solution.
From our low maintenance design to our manufacturing process to excellent customer service, we're sure you'll be pleased with our superior cooling towers, every step of the way. Get a quote