Know About Battery Load Bank
Posted by junxypowersolutions on January 31st, 2018
Batteries are used for running an array of home and office appliances, machines and as such other things including toys also. If battery is used then one can ensure using electronic goods also without using electricity. Battery powered torches, remote control devices, toys, wall clocks, wrist watches, hand-held devices etc are used by us in our day-to-day lives. The user and also retail shopper needs to know that a certain battery will perform its expected task appropriately or not. For checking such performance of a purchased or sold battery DC Load Bank is used. A Battery Load Bank facilitates testing battery discharge in an appropriate manner
A battery load bank can best be bought from local markets as then you can actually check it from all possible sides and also can see the product personally before making a direct payment. You can buy it online for saving your time and energy also from reputed and reliable virtual stores.
One can have three types of load banks, which are
Resistive- A Resistive load bank is the most popularly opted for type available in the market. It offers equivalent loading of both generator and prime mover.
Reactive- A “reactive” load consist of inductive (lagging power factor) and/or capacitive (leading power factor) loads.
Resistive or reactive-this type of load bank is known to equate both resistive and reactive elements in one load bank package.
Battery testing is necessary for some reasons and such reasons generally include the following, like
Users can determine where the battery is on its predictable life curve.
Users will get to know when to replace a battery.
1. A load test will reveal to the users whether there is a potential weakness in the battery and if that weakness is serious enough to require action on an immediate basis.
2. It facilitates users staying worry-free regarding optimizing the reliability of the battery.
3. Users or testers can locate weak cells and faulty inter-cell connectors.
4. Users will get to know and stay prepared in advance against all kinds of variables that can affect battery life and performance.
5. These will help a lot and also count among the benefits of using a battery load bank.
6. To perform a load test, the battery is subjected to a constant current load while measuring the string overall voltage and the individual cell voltages. Comparison is made between times taken for the voltage to decline to a predetermined level and the manufacturer's rated time. Then the following equation is used
Capacity = T subscript actual/T subscript rated x 100%
Testers are advised not to design testing frequency plan calendar-based but whenever one feels that the battery is not performing optimally enough as expected.
This is a fact that testing battery capacity reduces battery life but it is necessary to do so frequently it should not be done. It is also a fact, however, that if you do it only occasionally, it will create an acceptable loss in return for staying acquainted with the condition of the battery.
About the Author:
The writer is an expert in the field of Battery, AC and DC load bank. He will share more ideas related to Dummy Load Bank, AC Load Bank, DC Load Bank,and more.
