The inner circuitry of load banks has a simple overall design with three main systems that keep the load bank running properly. By working closely with the control panel regulation, these three structures let the load bank build a load as needed. However, these systems also have safety features to dump the electrical load in an emergency. Understanding these circuits and their relationships to each other makes it easier to comprehend how a load bank works.
When power from the local grid isn't available, generators step in. What does a generator do? Generators use a fuel supply, such as diesel, gasoline or naturel gas, to provide electrical energy. They provide backup power in case of blackouts and can serve as a power source in areas where electric service isn't available. You can use them to power everything from single devices to the electrical systems of entire buildings. There are various types of generators, which work best in different situations. To get the most out of your generator, it's important that you choose the right type and maintain it properly. This guide will tell you what you need to know.
The reliability of power sources is mission-critical today. To ensure your emergency power source and attached equipment will work as expected when you most need it, you need to test it. Load Banks are testing devices but also have various other uses in a wide range of sectors. Keep reading to learn more about load banks and how they work.
Load banks come in many different forms based on the load they apply to the power sources they test. Resistive and reactive load banks are two primary forms. Each of these has its benefits for specific situations. Understand the differences between resistive and reactive load banks to find the best options for running tests on your power sources.
Read more: What Is the Difference Between Resistive and Reactive Load Banks?
