Types of Power Protection Solutions

Unanticipated power collapses can cause data loss and severe damage to your hard drive. Computer systems are a delicate and complex arrangement of several smaller hardware and software systems. A temporary or repeated power outage can lead to failure of one or more subsystems. And the recovery process for lost data is usually either impossible or expensive.

Regular fluctuation in voltage can also have debilitating effects. While high voltage can result in the system overheating, low voltage can cause performance issues. Continued exposure to either situation will reduce the lifespan of several compute components.

Power protection solutions that offer Uninterrupted Power Supply (UPS) are, therefore, a necessary part of the entire eco-system. Before look at the types of power protection solutions available in the market, let’s first explore what qualities you’ll need to look for in the equipment.

Features of Power Protection Equipment

Since technology is advancing and changing every single day, power protection equipment must be compatible with a wide range of configurations. It’s essential to consider all the components such as servers, routers, and hubs before selecting your solution.

Power protect equipment must be able to handle power inputs from varying sources. This includes sources like generators, DC power, and fluctuations caused due to faulty electrical wiring or system malfunctions.

Types of Power Protection Solutions

To help you deal with any power situation, a UPS is available in three distinctive types. Below, we’ll take a look at each of them:

Online UPS

These kinds of machines use an inverter to provide clean power under any circumstances. The device keeps recharging its batteries while converting the DC power into AC power as required by the computer systems. Since it’s an online system, the inverter is continuously switched on and allows you to use your computer without any hindrances.

Offline UPS

In an offline UPS system, as the name suggests, the inverter is turned off unless required. The operator (that’s you) will need to turn on the inverter in the event of a power outage. The time needed to switch from AC to battery mode can be a serious drawback for some computer systems.

Line Interactive UPS

This type of UPS uses the best of both online and offline systems. When electricity input is regular, the power is directed to keep the batteries charged. In case of power failure, the inverter reverses the operation to support the system. This is a more reliable mode of power protection solution.

In Conclusion

In today’s world, where various services and needs are managed through computer systems, having the best power protection solution shouldn’t be optional. And a quality UPS is an integral part of that solution.

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