The problem of power blacks outs can be partially solved by the use of UPS battery backups .UPS batteries are electrical equipment that provides seamless backup power when the main power fails. It is identified as uninterrupted power supply (UPS) because it helps prevent activity failure at your site when the main power fails. A UPS protects electrical equipments from power disruptions which can cause data loss, fatalities or injuries. The battery backup consists of a battery, control mechanism, outputs and inputs to charge the backup. Batteries are usually reliable in case of abrupt blackout.
How to make sure the UPS battery backup works
To avoid losing data, ensure that the UPS battery backup is fully monitored. UPS battery backup monitoring is a system used to monitor the UPS battery. Most backup batteries have monitoring systems but they too can fail to work. To avoid such incidents, you need to have an external backup system. This backup system is the use of small remote telemetry (RTU) which measures the voltages of the battery by setting threshold alarms for each battery in the backup.
Do not employ a monitoring system for the battery backups only but for all the equipments at your website. Configure the unit after the connection of the monitoring system to the UPS to send you notifications when the alarm of a battery goes off. You can also use the alarm master to send notifications using your UPS battery backup monitoring system.
Types of UPS battery backups
These are the most popular UPS batteries backup.
1. Online UPS – These backup systems are considered very reliable because they provide electricity without closing power transfer. The online UPS system protects your computer from voltage irregularities and power outages.
2. Offline UPS – These backup systems supply power when the primary source of power is removed and recharge the batteries when the power outage is removed. The downside is the fact it closes down power transfer between the source and the computer.
How to calculate UPS battery load
To calculate the actual battery load, you will divide the ratings of the UPS by the inverter efficiency. To calculate the watts per battery, you will divide the result of the actual battery load by the battery number available. And to know the watts of each cell, you will divide the result of watts per battery by number of cells per unit. When you know how to calculate UPS battery backup, you will have a clear knowledge of the run time and the total backup of the battery.
Conclusion
To avoid common power problems such as sag, surge, spike and power failure, ensure you have an UPS backup so that all your data is restored. It is also important to have a UPS battery monitoring system to ensure effectiveness and successful work.
This article is written by Alex who is an expert in filed of technology, computers and especially about topics regarding different UPS devices and related high quality apc replacement batteries.
