Resistive Load Banks and Their Business Applications - an Overview
Load banks are primarily used as devices for evaluating and testing the ability of electrical systems, for handling various voltage-related issues. Each and every electrical, as well as electronic system, carries a load, along with a fair amount of voltage, which passes through it.
Thus, load banks are principally used for ensuring that each and every part of the system can take care of the voltage level as well as load, which it is supposed to.
So the bottom line is that these load banks are used for testing the flawless operational performance of a particular system. This is undoubtedly extremely essential, as overloading as well as underloading an engine can be a reason enough for excessive depreciation. It renders the device inoperable earlier than usual.
How the testing is conducted??
The testing is conducted by the application of an electronic load to a particular power source. Now the power sources are used in a wide range of industrial as well as manufacturing applications. Some of these may include ground power testing as well as battery testing.
The testing actually is conducted by a continuous application of an electronic load to a conventional power source, which is in turn used as the source of the 'real' load.
The load bank itself serves as a power source, and it is done by utilising its energy output for testing or supporting the actual source of power.
The use of resistive power banks
In general, there are three different varieties of load banks - inductive, resistive and capacitative load banks. All these three types of load banks are extensively used in for a vast plethora of industrial as well as manufacturing applications. However, the resistive variety is the most favoured one, much due to its technical accuracy. Besides, this variety of load banks comes up with a considerable number of value-added features. Naturally, this factor makes them all the more popular in various industry sectors.
Some of the testing procedures that are helped by a resistive loadbankinclude ground power evaluation and battery testing. However, the most common use of this type of load bank is testing turbines and generators in various factories.
The advantage of testing with the help resistive power banks is that the turbines and generators can be tested without halting or interrupting the normal operations.
Hence, the general operative performance of the devices can be thoroughly examined even when they are functioning. More importantly, the testing does not have any impact on the functionality of the devices.
Thus, this is a tremendous advantage from the production's point of view and therefore, for the business, as there is no need to stop the supply of power to the loads and avoiding a downtime. This understandably helps in substantial savings of revenue and resources.
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