Organizations with critical power requirements need
UPS systems as they ensure continuous power supply and protect its
long-term as well as short-term operations. UPS systems basically
operate in two ways- offering continuous power, in case there is a power
cut, and regulating the received utility power. This way, UPS systems
provide us with a stable and clean power supply.
Requirement of battery backup
We need battery backup for non-stop power supply as well as following reasons:-
• It provides annual protection, along with surveillance for the generated data.
• It increases your computer’s durability.
• It acts as power coverage during power cut for basic facilities like room heaters, pumps, fans and lights.
• It provides power backup in the healthcare centers
and hospitals so that life support equipment can run smoothly. They also
regulate refrigeration temperature to prevent vaccines and other
medicines from getting expired or contaminated.
• It continuously supplies energy to transportation mediums like marine vessels, airways and railways.
• It also provides power in academic organizations,
to defense officials in isolated LOC regions, wholesale industrial
organizations, CCTV cameras, etc.
Importance of UPS systems
These systems are always online and they provide
continuous power without taking any time to start. They have enough time
and power supply to ensure safe shut down of critical equipments. UPS
systems prevent catastrophes from happening in critical places like data
centers and hospital facilities. Apart from this, protected power systems also prevent negative impact on one’s business.
It efficiently handles the quality of incoming power.
It prevents power anomalies from disturbing the utility power and
conditions it via a rectifier. Through a rectifier, AC is converted to
DC and subsequently it is obtained by the system’s battery. Stable
voltage is offered by UPS batteries for operations and stable currents
are produced in order to support the sensitive equipments.
UPS system prevents problems like power failure,
power surge, frequency variation, switching transient, harmonic
distortion, over voltage, etc. from affecting your systems.