The success of a business still depends on having fully effective backup solutions. You need to be certain that your business will function normally in the case of an unplanned power loss.
You must fully comprehend all of the dangers that backup solutions may expose you to. Even if you regularly test the equipment, your operation might not be sufficiently safe. System flaws could be concealed if the complete system isn't tested. This is where you need to opt for a loadbank hire to test the entire system. Continue reading the post to know the differences between a resistive and reactive load bank.
Reasons Behind Choosing Load Bank Testing Solutions
Before there is a true power loss, reactive loadbank testing identifies problems in a controlled setting. Load bank testing, which is the sole method of confirming system functionality, improves the stability of your business and reduces the risks related to an unplanned power outage.
Two Main Types of Load Bank Testing Solutions
Load banks monitor commercial loads and come in a range of sizes and designs. These loads typically include a mix of transformers, lights, heaters, and motors.
Resistive Load Banks - Resistive Loadbank, the most prevalent variant, simulate the operational load that a source of power will experience in real use. Power resistors are used to convert electrical energy into heat, which is then expelled by water or air.
Reactive Load Banks - Systems impacted by electric engines or other electromagnetic equipment on a power network are simulated using these technologies.
Hope, you have gathered enough information on the differences between a resistive and reactive load bank. If you like this piece of content, don’t forget to share it with your friends, and get back to us for more posts like this!