Online Double Conversion UPS systems have been the backbone of commercial and industrial operations for decades. Because of the ability to double up on battery backup, power protection and clean power delivery, These systems are able to provide data centers with a great deal of resilience in the face of fluctuating utility power.
Online Double Conversion UPS Meaning
Double Conversion Uninterruptible Power Supply (UPS), Double UPS, or Online UPS is a device that provides backup power to computer systems and other electronics in the event of a power outage. Double conversion UPS devices operate on two sources of power , often battery and utility line, or batteries and an alternator, to provide protection from brownouts and brief outages as well as extended power outages.
How Does it Work?
What is the Advantage of the Online Double Conversion UPS?
The first advantage is that it has greater surge capacity. The single conversion ups can have an output of 1200 watts while the double conversion ups can have an output of 1800 watts. This means that it can handle more power when there is a rush of high demand.
Another advantage is that it has greater efficiency ratings. The single conversion ups operate at 92% efficiency while the double operates at 96% efficiency. One big advantage of this is that you will be able to save more money since you will not be wasting as much energy.
Line Interactive vs. Double Conversion UPS
Line interactive UPS is the most popular and common type of uninterruptible power supply (UPS) in use today. Line interactive UPS systems provide short-term backup power protection for network and telecommunications equipment, PCs, workstations, and other sensitive electronic devices.
Use Cases
These types of UPS are the option best suited for large, enterprise-level data centers; while line interactive UPS are better suited for situations where power fluctuations are common but blackouts are rare.
In view of the above information, it is important that UPS systems are properly sized. When this is not the case, and the system is oversized, there are unnecessary power losses and excess weight. This can be dangerous due to the loading of equipment failures when this occurs. Oversized power actually reduces efficiency since it operates at a constant loading level which is not required.
