Choosing the right batteries for your facility is essential to reducing expenses, risks and failures. However, it’s not enough to choose the best batteries; you must also maintain them properly. So how do you ensure that the important batteries in your facility are kept in good working order? Make sure you have waterproof battery load testers on hand.
Batteries are the lifeblood of modern electronics and machinery.
Batteries define the performance of a device and its value to your consumers or research results.
Make sure you order the right batteries for the projects
Before you start maintaining batteries and buying new ones, make sure you’re working with the right type. So start by calculating the power needs of your facility and get the right batteries. To find out if the batteries you buy are powerful enough, conduct a qualification test.
Remember, a battery’s specifications are just the beginning. You should also test Li-ion batteries with your own load testers to make sure they can produce the expected power when needed. For your installation to be cost-effective, the battery must also be able to fulfill its expected life span.
To check batteries regularly, use battery testers
Whether in modern research facilities or in the production of electronic equipment for the military, among others, excellent performance is only possible if the batteries are in top condition. That’s why it’s essential to use accurate battery testers to regularly check the voltage of batteries.
Here are some of the most common tests you should perform regularly:
- The cycle test: This test determines how many charge-discharge cycles your batteries can withstand before their rated capacity drops below 80 percent.
- The resistance of the battery is tested with a load test. This test shows if a battery can power your critical equipment when needed.
- Heat release: If your business or research equipment uses large batteries, heat release can be an issue. Therefore, it is essential to collect data on heat generation throughout the charge/discharge cycles. This information is then used to verify the manufacturer’s specifications for the battery in question.
The EMC test is designed to evaluate the sensitivity of the battery to electromagnetic interference, as well as its ability to operate without disturbing other equipment or being influenced by external interference sources such as digital pulses and frequency signals.
Follow the manufacturer’s recommended maintenance schedule to ensure optimum performance.
If your installation requires batteries to be in perfect condition at all times, it is essential to follow the manufacturer’s maintenance instructions (Airbin can help you). What is the manufacturer’s recommended battery life? If the battery reaches the end of its life and is marked as such by the manufacturer, it should be replaced for optimum performance.
Here are some other manufacturer’s tips for battery care
To assess their ability to hold a charge for the recommended time, batteries should be tested regularly. Clean the battery terminals and make sure your company, research facility or factory is free of dirt. Keep track of your company’s energy demands.
Here are some suggestions for keeping your vital system’s batteries running smoothly. As you can see, it’s a good idea to make sure you know how the system works and that only the appropriate batteries are used. More importantly, you will need the best battery test chargers from reputable manufacturers to check the batteries regularly.
