Uninterruptible Power Supply, or UPS for short, is an electrical device that provides backup power when the power source fails. It is different from an auxiliary or backup power system since it provides almost instantaneous protection against power interruptions by supplying energy stored in batteries, super-capacitors, or flywheels.

Why do you need a UPS?

In this fast-changing world, a constant supply of power has become a necessity. As Industries consume most of the power supply, they need a powerful backup solution that keeps the machines running smoothly despite any power outages or fluctuations. This is where UPS comes in.

UPS systems typically serve two specific roles:

  1. Condition incoming utility power and
  2. Bridge the gap between utility failure and generator startup.

If you are looking for a UPS System for your organization, you should know there is no one-size-fits-all when it comes to UPS. Every industry has different requirements, hence you should find the right UPS that fits your needs.

To ensure that you choose the correct equipment for your applications, consider these factors during the selection process:

System Performance:

The first step in determining which UPS product is best suited for your facility is to conduct an in-depth analysis of UPS systems’ features, topology, and power protection performance.

For example, Data Centers and Hospitals require an uninterrupted power supply, and even a small fluctuation might result in the loss of valuable data and damaged equipment. That is why they need a system that can switch between power sources and provide a steady power supply like Single Phase Online UPS Solution or Three Phase Online UPS Solution.

Runtime:

For years, the industry standard for UPS runtime was minutes, not seconds. But thanks to the improvements in technology, we now have UPS that can fully support a load within 15 seconds. And the runtime depends on a total load of all connected equipment.

For instance, power plants have a complex infrastructure. Hence, whenever a major power outage occurs, the energy stored in the UPS battery banks makes sure there is enough electrical energy left to run the control and safety systems long enough to get the plant in a safe status or a safe shutdown without damaging any equipment. Only a reliable Static Transfer Switch can cut down the downtime while distributing the required power to the equipment.

Reliability:

In mission-critical facilities, like IT Companies, Hospitals, and Manufacturing sectors, UPS reliability is key. So, do not just take a vendor’s word about their product’s reliability, and instead request scientific research, studies, or whitepapers that support their claims. At Multivista, we are transparent about our products and have dedicated experts who will explain about each product to help you find the right UPS that fully meets your business requirements.

Maintenance:

Every machinery needs maintenance, and that applies to UPS. For instance, conventional battery-based UPS systems use strings of valve-regulated lead acid (VRLA) batteries. The general rule of thumb is to maintain these batteries quarterly and replace them every four to eight years. However, to ensure complete safety, it is always better to get experts to do the maintenance for you.

Cost:

When choosing a UPS, it is not always advisable to go for one with a lower initial cost. While battery UPS are available at a lower price point, they require proper maintenance and replacements, which can add up over time. At Multivista, we have products with higher operating efficiencies and lower maintenance and cooling requirements, so you will be saving money in the long run.

Bottomline:

There is still a lot more to consider when choosing a UPS for your industry. Because what works for everyone else might not be the best option for you. That is why it is important to do your research and ask questions. Our experts at Multivista are always on the line to listen to your requirements and answer your questions. Contact us to learn more about our products.