April 2025

Data center ensures continuous flow and storage of information. Hence, any power surge or outage can become critical for the operation and result in equipment damage, data loss, or serious operational disruptions. To avoid such risks, modern data centers implement dual power sources where smooth switching between these sources can save such disaster. That’s where a Safe Transfer Switch (STS) steps in, offering seamless, reliable power transfer and ensuring business continuity at all times. Understanding the STS and how it works It is an electrical device designed to transfer a power load between two sources; most commonly between a primary supply and secondary source. This transfer can be triggered automatically or performed manually, depending on the setup. The STS constantly monitors both power sources hence, in the event of a power outage or any fluctuations, the STS senses the disruption and automatically switches to the secondary source without interrupting the power supply to the equipment.

The digital world we are living in runs smoothly due to data centers. These data centers empower innovation yet, they come with a persistent and annoying sound of humming, buzzing, and whirring of servers and IT equipment. Such noise can be overwhelming especially for someone exposed to it over long hours. Moreover, such high-decibel environments aren’t just irritating, it can genuinely affect anyone’s wellbeing, productivity, and even hearing. The impact of noise pollution in server rooms While the noise of high-density servers may seem like a minor inconvenience in the beginning, however its effects are far from concerning. Studies have shown that prolonged exposure to loud noise can lead to stress, fatigue, concentration issues, and in some cases, depression and hearing impairment. For employees who work in or near server rooms, this isn’t just an occupational hazard, rather it’s a serious issue that can disrupt the overall wellbeing of an individual. Hence, in mission