One of the most significant laws of science pertains to energy. That is, it is neither created nor destroyed. Instead, it transforms from one kind of energy to another. This principle applies in many objects in life, and that includes your telecommunication systems.
How the Principle Works on This System
Different telecommunication networks also have various configurations or architecture. But they share one thing: electronics. These pieces of equipment might also have different jobs, but they all work with electricity for them to run. For them to conduct electricity better, they contain conductors, which are usually metal parts.
The problem with electricity flow is resistance. It is a measure of how the material or device can decrease or slow down the movement of electricity. It is normal, and it doesn’t affect the optimal performance of the equipment.
Resistance, however, builds over time. What’s more, it doesn’t stay as electrical energy. Instead, it transforms into heat. When you don’t do anything about it, then heat remains inside your system.
Later on, heat will damage your system, making your equipment less efficient. Worse, it stops working altogether. By then, replacing or repairing it will cost you more money.
How to Deal with the Heat Buildup
It’s easy to detect heat inside the system. Usually, all you need to do is to touch, say, your central processing unit (CPU) of a PC, which can feel hot. The amount of heat a system can generate depends on the electronic parts it contains. The more pieces you deal with, the hotter it can get.
Either way, the solution is the same regardless of the intensity of the heat: heat dissipation system, which companies such as SPC offer.
The simplest option is to install a fan, and you can already find it in many units. It blows heat away from the devices and into the surrounding air. Enclosures might need several circulating fans inside.
An upgrade can be cooling tubes, which circulate cool water for your components. They come in many types:
Each has pros and cons. For example, soft tubing is the easiest to work with. You can bend it without any tool and fit it into your network, such as a computer case. It is available as a transparent tube, which complements colored coolants.
Their primary disadvantage is that they can lose their transparency. It can be challenging to assess whether there are still coolants left or the system is working correctly.
Hard tubing is more durable and can be just as flexible as soft tubing. You need some tools to do it, though. Their primary materials are plastic or rubber, so they’re less likely to collapse than soft tubing. Carbon and copper tubing are even sturdier than hard tubing. They, however, might not be flexible enough.
In the end, working with professionals who are experts in heat dissipation can be your best bet in managing the hotness of your system. For example, they can calculate a formula to know exactly how much heat your devices emit. They can then match their solutions to your needs.