Battery Maintenance for Critical Facilities

Selecting the right batteries for your critical facility is crucial for cutting down costs, reducing risks, and minimizing downtime. However, selecting the right batteries is only the first step; how you maintain them is very crucial. So, unto the big question: how do you maintain the batteries for critical facilities in top condition? Make sure to have the tight battery load testers and then use the following tips.

Ensure You Buy the Right Batteries for Facilities

Before getting started with battery maintenance, it is prudent to ensure that you are dealing with the correct one. Therefore, start by determining the power needs for your facility and order the matching batteries. The best way to do this is running a qualification test to determine that the batteries you order have the right rating.

Remember that asking for a description of the batteries from the manufacturer is not enough. In addition, you need to carry Li-Ion battery testing with your own battery load testers to determine they can deliver the expected power when needed. The battery should also be able to deliver the expected battery life to guarantee your facility of high value for money.

Use Battery Load Testers to Regularly Test the Batteries

Whether dealing with modern research facilities or making electronic equipment for the military, among other facilities, good performance is only possible if batteries are in the best condition. Therefore, it is paramount to test the battery voltage regularly using the right battery load testers. Some of the common tests that you need to run regularly include:

• Cycle testing: This test is used to determine the number of charge-discharge cycles that your facility batteries can take before its nominal capacity goes under 80%.
• Load testing: This testing is done using battery load testers and is used to determine that a battery can deliver power to your critical equipment when it is required.
• Heat generation testing: If your facility or research equipment uses high-power battery packs, heat generation might be an issue. Therefore, gathering heat generation data while cycled via its charge/discharge cycles is crucial. Then, it is compared to the rates recommended by the manufacturer of the respective battery.
• Electromagnetic Compatibility Testing: EMC testing assesses the ability of the battery to run without impacting other equipment or getting impacted by other sources of interferences, such as digital pulses and frequency signals.

Follow Manufacturer’s Recommended Maintenance Schedule

If your critical facility requires that batteries are always in top condition, it is paramount to ensure the manufacturer’s recommendations for maintenance are adhered to. For example, what is the manufacturer’s recommended battery life? If the battery reaches the recommended point where it is the marked end of life, it will be good to have it replaced for optimal performance. But if it still appears in excellent condition and you want to continue using it, a li ion battery testing will come in handy to determine its health. Other manufacturer recommendations for battery maintenance include:

• Regular testing of the battery using battery load testers to determine their ability to hold charge within the recommended period.
• Cleaning of the battery terminals and ensuring your business, research or manufacturing unit is free from dirt.
• Regular review of your business/facility power needs.

These are a few tips on how you should maintain your critical facility’s batteries. As you can see, it is prudent to ensure you understand how the facility works and ensure that only the right batteries are used. More importantly, you require the right testing tools to check the batteries as frequently as possible. In particular, you should acquire the best battery test loaders from trusted manufacturers.