Electronics cooling units

Thermal management is one of the most prominent challenges communication technology faces today. As electronic systems become smaller and more powerful, the work required to keep these vital electronic components cool only increases.

If heat sources go unregulated or the cooling techniques in use are insufficient, the temperatures within server rooms and electronic shelters can rise quickly. While every piece of computing and communication equipment is built to different standards, long enough exposure to heat can put any device in jeopardy, leading to avoidable damage and costly downtime.

Of course, the damage that these electronic components sustain is not binary – as heat fluctuates, systems tend to operate slower as components limit the energy they use when exposed to high temperatures. Additionally, poor thermal design can shorten the lifecycle of equipment, causing it to wear down much faster.

To keep electronic devices operating at their full potential for as long as possible, it is important to implement a capable active or passive cooling system that can stabilise temperatures inside by increasing the flow rate of cool air across critical technology.

There are many different methods our electronic cooling solutions utilise to fulfil this task, including forced convection, air-conditioning and free cooling. However, the end goal of our industrial electronics cooling technology is the same:

• Regulate the temperature of electronics effectively in climates the world over
• Provide a sustainable cooling solution that uses as little energy as possible
• Act as a reliable and dependable system for years to come