Choosing the right batteries for your critical installation can help you save money, avoid problems and save time. However, it’s not enough to choose the right batteries; you must also maintain them properly. So: how do you keep critical facility batteries in top working order? Invest in waterproof battery load testers to ensure they are safe.
Make sure you have the right batteries for your facilities
Before you start servicing batteries, make sure you’re dealing with the right battery. So start by determining the energy needs of your facility and order the appropriate batteries. To find out if the batteries you order have the appropriate power, perform a qualification test.
Remember: It’s not enough to ask the manufacturer about batteries. In addition, you should use your own battery load testers to ensure that the Li-Ion batteries can deliver the required power when needed. To confirm that your installation is cost-effective, the battery should also be able to provide the stated life.
To test batteries on a regular basis, use battery testers
In modern research centers and in the production of electronic equipment for the military, among others, good performance can only be achieved if the batteries are in excellent condition. Therefore, it is essential to use accurate battery load testers to check the voltage of batteries regularly.
Extended Life Test: This test is used to determine how many charge-discharge cycles your batteries can withstand before their rated capacity drops below 80%.
The battery load test is a special type of discharge test that measures how much power your equipment can draw from the battery when needed. It is also known as a “load test”.
Heat Generation Test: If your facility or research equipment uses huge batteries, heat generation can be an issue. Therefore, it is critical to collect heat generation data throughout the charge/discharge cycles. This information is then compared to the battery manufacturer’s recommended rates.
EMC Testing: The EMC test examines the battery’s ability to operate without causing interference or being affected by other sources of interference, such as digital pulses and frequency signals.
Follow the manufacturer’s recommended maintenance schedule
If your critical installation requires batteries to be in perfect working order at all times, make sure the manufacturer’s maintenance instructions are followed or see on Arbin. For example, what is the manufacturer’s recommended battery life? If the battery reaches the end of its life while still functioning properly, it should be replaced for optimum performance.
However, if it appears to be in excellent working condition and you wish to continue using it, a li ion battery test will be beneficial in determining its health. The manufacturer has other recommendations for battery care, including the following:
Do not use a battery that has leaked or is damaged. When the terminals are clean, use a battery load tester to see if they can hold a charge for the recommended time.
Here are some ideas on how to keep the batteries in your life support system in good working order. As you can see, it is essential to know how the system works and who should only use authorized batteries. More importantly, you will need the best battery testing equipment from reputable manufacturers.