Uninterruptible Power Supply Systems (UPS)

Necessity of UPS For Thr Protection of Sensitive Equipment

The UPS stands for Uninterruptible Power Supply. It is the device that interposes itself between the power grid and the loads that need protection from disturbances and interruptions in the power grid, providing an uninterruptible power supply. Supplying and installing a UPS to protect our “sensitive” equipment is a necessary preventive action, preventing hardware and software failures, lost man-hours and generally costs many times the cost of supplying a UPS.

Depending on the type, criticality, application, requirements and type of load that needs protection, the appropriate UPS must be selected. This selection must take into account the following factors:

  • Total load in KW
  • Load timing
  • Load synchronisation Timing of load timing (time synchronisation)
  • Availability of the power grid
  • Availability of available UPS installation space
  • Battery autonomy time

The multitude of applications of a UPS extends to areas such as: Information Technology, Telecommunications, Industry, Industry, Shipping, Transportation, Transportation, Healthcare structures, Data Centers, Laboratory instruments, Military applications, Automation.

Line interactive UPS

The Line Interactive UPS is mainly suitable for home applications such as security, network devices, TV, sound systems, PCs, and gaming consoles, but also for POS systems, cash registers, and small offices.

Solutions are offered in a wide range of power, from 400 VA to 3,000 VA.

UPS On line Double conversion UPS

Online UPS offer maximum protection to the loads they support against all power grid problems. The multitude of models and technical features provide a solution for every requirement related to protection and uninterrupted power supply.

In summary, online UPS are divided into the following categories:

  • Standalone UPS Tower
  • Rack Mounted UPS
  • Industrial UPS
  • Modular UPS
  • Marine UPS

Solutions are offered in a wide power range, from 1,000 VA to 3.6 MW.