Monday 22 November 2021

Role of a Load Bank and Reasons of Their Demand in Various Industries

In a range of businesses, a load bank can be a valuable resource. But it has different uses in different industries. In the commercial or industrial context, they are stationary or portable equipment that imitates the estimated electrical load on a power supply. On the other hand, Manufacturers use this special tool to ensure that their power sources provide the constancy that their consumers demand. And when it comes to talking about customers in this field, they generally use this essential tool to check their primary and secondary power sources on a regular basis for sense of security. However, there are two types of load banks used in the manufacturing industry. Choose the appropriate tool based on your demand if you are looking for a specific one, for example, reactive loadbank. Let's see what basically a load bank is and how it became a critical tool for the manufacturers.


Reactive Loadbank


What are Load Banks?

Load banks are essential tools that are used to replicate the power load, such as the entire amount of energy consumed on a power supply during normal operations every day. It entails many steps:

  • The load bank mimics the power load

  • The electrical load is applied to the power source by the load bank

  • The load bank assists in neutralizing the power output securely

Already we have mentioned that depending upon the application; load banks can be static or movable. However, both versions come with everything you need to simulate and test real-world power, demands on industrial power systems. Power sources including engine generators, huge wind generators, aircraft generators and battery systems can be tested in load banks. It is best to test the massive power loads while deploying and dissipating this high energy securely in a constrained circumstance.

How Have Load Banks Become a Useful and Popular Tool in the Manufacturing Industry?

Load banks are employed to check and regulate the performance and efficiency of a power source that's easily obtainable. For a variety of reasons, electrical engineers may want to simulate a full power load. The most particular use of a load bank is to ensure the proper functioning of an auxiliary power source. Please take a look at the below discussion to learn more:

  • Engine Cell Testing: When it's a new engine, manufacturers use the load banks to assess its performance effectively. Using this special tool along with the different mechanical loads and dynamometers, engineers ensure a flawless power supply by the engines in every situation.

  • Generator Cell Testing: Like engine cell testing, generator manufacturers use load banks to test the stability and endurance of generator power systems. In this case, the load bank aids in calibrating the generator so that its performance remains within tolerable limits.

These are the most powerful reasons for becoming load banks more popular and demandable among manufacturers. It not only plays a vital role in every industry but also ensures you safe energy transmission for the industrial power unit. So, hire Loadbank for your daily operation to get the ultimate peace of mind.


Wednesday 15 September 2021

Challenges You Should Be Aware Of While Opting For A Loadbank Rental

Hiring a loadbank is a task that requires you to invest a lot of money, time and energy to get the job done in the best possible manner. This is why it is very important for you to keep a number of things in the back of your mind while hiring a loadbank, including the challenges that can completely ruin the whole purpose of the hire.

Loadbank Rental


Here is a look at a few of the challenges that you should be aware of and avoid in order to make sure that the loadbank you are hiring helps you in getting the requisite tasks accomplished in the best possible manner. So if you are looking to hire a loadbank in the near future and want to get the job done without any hassle, make sure to keep these points in the back of your mind to make sure that you don’t avert the challenges.

Not Checking The Reviews And Ratings

While opting for a loadbank rental, make sure to check the reviews and the ratings posted by the previous clients who have hired loadbanks from the company. This will give you a clear picture of how the company has fared with the customers on previous occasions and whether the service derived from the loadbank has been satisfactory enough or not.

Not Taking The Contingency Service Into Account

It is extremely important that you select the right company that will provide you with the best possible contingency service when it comes to opting for a loadbank rental. In case any kind of problem occurs to the loadbank, the contingency service will provide you with the best backup and repair if required to get it back in working condition.

Not Discussing The Charges

When it comes to hiring a loadbank, you might have to face a certain degree of problem in terms of getting the right loadbank at your disposal at an affordable rate. So make sure to discuss the charges of hiring a loadbank so that it does not burn a hole in your pocket while hiring a loadbank.

From the above lines, we get a clear idea of the various challenges that you can face while opting for a loadbank rental. Make sure to keep these points in the back of your mind while hiring a loadbank for your company and get the job done without any hassle.


Friday 21 May 2021

Determining the Power Handling Capability of a Generator With a Resistive Loadbank

Over the years, generators have been playing a huge role in sourcing power to homes and commercial facilities. They are extremely reliable and are the perfect device for emergency power requirements. When the grid suddenly breaks down, you need to have a powerful and dependable backup facility which is possible when there is a loadbank at your disposal. Resistive load banks are mostly used for testing generators. In other words, you can tell whether the power offered by a generator is reliable, by means of a load bank testing. 



The importance of a resistive loadbank 

The resistive loadbank is a breakthrough in technology. It has been helping industries far and wide. It is responsible for confirming the capacity of a generator which is accountable for sourcing power under different scenarios. They are essential for preventive maintenance of a generator which needs to be evaluated every now and then to ensure non-stop power supply during breakdown of grid. According to industry experts it is essential to hire loadbank and conduct load testing of a generator. Generally, a loadbank testing is performed to make sure the generator will be able to handle maximum load. 

What actually happens during load bank testing? 

Have you ever taken time to understand what happens when load bank testing is performed? A load bank is designed and engineered to test a generator at an established horsepower, pressure level and operating temperature. The resistive load bank is used for generator testing in course of which original electrical load is simulated on the latter. 

A load bank will increase its kW load during a testing process. With the increasing load, the generator’s capability function under a normal power cut can be determined. 

Why should load testing be performed? 

We all know the fact that backup generators are not meant for running under normal scenarios. They do not carry huge loads under standard cases. However, during a routine operation, a generator may fail to carry the expected load. A load testing process is usually conducted with an aim to determine the power of a generator which is sourcing energy. 

If you suspect that your loadbank may not be able to carry out its normal function, you will need to get a load testing done by hiring a load bank. It is a crucial part of routine preventive maintenance of a generator in order to identify any kind of flaw with the power sourcing machine. 

A resistive loadbank is used mainly meant for examining the generator and its power sourcing capability. Indeed, load banks play a vital role in determining performance of a generator.