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Why Are Load Banks Used Today?

load bank testing

Future forward industries rely a lot on the use of load banks because they need to make sure that the electrical equipment is properly running in the case of a power outage.

Let’s take a look at what makes them such an essential asset for every industry.

There is absolutely no denying that load banks have become extremely important for almost all industries today, especially because industries use load banks for commissioning, testing, and maintenance of electrical circuits to ensure they work properly. Whether you want to take a performance test of UPS, generator, power transformers or voltage regulators, you can take it using a load bank.

Given the fact that it is vital to test, maintain, and protect the resources that provide energy, load banks are commonly used in many industrial areas and applications.

What Is A Load Bank?

A load bank is an artificial load device that is used for testing electrical products such as an alternator, power transformer, generator, and UPS by generating a prescribed amount of electricity.

Reasons Why Load Banks Are Used

Here are five leading reasons why load banks are commonly used in the industry sector.

1. They Can Increase Confidence in Your Equipment

One of the primary reasons why load banks are crucial to your infrastructure is that they give you an increased confidence in your equipment, something that can quickly fade away in case of a power outage.

Using a load bank, you won’t feel worried about your expensive equipment if a power outage takes place.

2. They Assure Full Load Operation

Using a load bank, increases your satisfaction because you know that your system is prepared enough for a full load operation even before such an event (requiring a full load of your system) will occur.

3. It Gives You Peace of Mind

A load bank can provide peace of mind because by using it you know that the standby generator will work every time is needed. It does this by regular load testing the equipment, or using simulations.

4. They Can Avoid Generator Set Failure

One of the common reasons behind a generator failure is uncharged starting batteries that are not capable to initiate when the engine starts. A load bank overcomes this issue by validating that the starting batteries are fully charged.

5. Load Bank Testing Helps Businesses Move Forward

Load banks have become crucial for industries as they prepare large electrical power systems. For instance, load banks are used in data centers to test every uninterruptible power supplies (UPS) there. Moreover, load banks are also used for multi-megawatt solar farms and solar PV 9photovoltaic) power plants.

Types of Load Banks

There are different load banks available on the market, choosing the load bank that matches your application will help you to get accurate results. Common types include:

  • Resistive Load Banks
  • Reactive Load Banks
  • Resistive/Reactive Load Bank

Final thoughts

There is a growing demand for load banks on the market because they play a pivotal role in many industries. They offer the highest degree of control and precision and they are also reliable and low-cost devices.

Article written by:

I am a writer and reporter for the clean energy sector, I cover climate change issues, new clean technologies, sustainability and green cars. Danny Ovy

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