Online UPS

An Online UPS (Uninterruptible Power Supply) is a device that provides a continuous and stable power supply to connected equipment. It offers protection against power interruptions, voltage fluctuations, and power surges by ensuring a seamless transition to battery power when the main power supply fails. Here’s how an Online UPS typically works and its key features :

How an Online UPS Work

Double Conversion Process

  • AC to DC Conversion : The incoming AC power is converted to DC power.
  • DC to AC Conversion : The DC power is then converted back to clean, stable AC power for the connected devices.

Battery Backup

  • The UPS includes a battery that charges continuously when AC power is available.
  • In the event of a power failure, the battery provides immediate power without any interruption.

Key Features

  • Continuous Power Supply : Provides a seamless power supply to connected devices, ensuring zero transfer time during power outages.
  • Voltage Regulation : Maintains a constant output voltage, protecting equipment from voltage fluctuations and power surges.
  • Noise Filtering : Filters out electrical noise, providing clean power which is critical for sensitive electronic equipment.
  • Battery Management : Includes intelligent battery management systems to optimize battery life and performance.
  • Monitoring and Management : Often comes with software for monitoring power conditions and managing the UPS remotely.

Advantages

  • Zero Transfer Time : Unlike other types of UPS systems (such as line-interactive or offline UPS), an Online UPS provides instantaneous power transfer with zero transfer time.
  • Enhanced Protection : Provides superior protection for critical applications and sensitive equipment, such as servers, data centers, and medical devices.
  • High Reliability : Ensures high availability and reliability for mission-critical applications.

Disadvantages

  • Cost : Generally more expensive than other types of UPS systems.
  • Heat and Energy Consumption : The double conversion process generates more heat and consumes more energy compared to line-interactive or offline UPS systems.
Online UPS systems are ideal for environments where power quality is critical and cannot be compromised, such as data centers, hospitals, and industrial applications.
1 Phase In – 1 phase Out
  • 5 KVA -144 VDC
  • 6 KVA -180 VDC
  • 8 KVA -180 VDC
 
 
 
 
 
 
 
 
3 Phase In – 3 phase Out
  • 10 KVA – 360 VDC
  • 15 KVA – 360 VDC
  • 20 KVA – 360 VDC
  • 25 KVA – 360 VDC
  • 30 KVA – 360 VDC
  • 40 KVA – 360 VDC
  • 50 KVA – 360 VDC
  • 60 KVA – 360 VDC
  • 80 KVA – 360 VDC
  • 100 KVA – 360 VDC
  • 120 KVA – 360 VDC
3 Phase In – 1 Phase Out
  • 10 KVA – 360 VDC
  • 15 KVA – 360 VDC
  • 20 KVA – 360 VDC
  • 25 KVA – 360 VDC
  • 30 KVA – 360 VDC