This is a general question that arises in people's minds, and they ask it to battery dealers. So it protects the things from damage caused by power blackout, voltage sag, over-voltage, voltage spike, harmonic distortion, etc. It is used for critical IT equipment, data center installations, high-level servers, storage applications and advanced network equipment. This UPS works on a technology that it converts incoming AC power to DC, and then while providing backup, it supplies back in AC. It provides a consistent, clean and near-perfect supply of the power regardless of the incoming power. So it is typically used for PCs, gaming systems, network equipment, entry-to-mid range server. This type of UPS has an autotransformer that regulates low voltage and over voltage without switching over to battery. This type of technology allows correcting minor power fluctuations without switching to battery. Generally, this type of UPS is designed for consumer electronics, entry-level computers, POS systems, security systems and other basic levels of electronics. Whenever the incoming utility problem faces common problems like a blackout, voltage sag or voltage surge, the UPS switches to DC battery supply and inverters to AC power supply to run the connected equipment. Standby UPS restores the battery backup power in the event during problems such as blackout, voltage sag or voltage surge. Standby has the most basic level topology of UPS. There are generally four types of UPS it is explained below: It depends on the size and design of the UPS to determine how long that power supply will be. The UPS allows the safe way for computers and connected equipment to shut down in an orderly manner.
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