Resistive vs Reactive Load Banks: Whats the Difference?

What are resistive and reactive load banks?

Have you ever wondered about resistive and reactive load banks? You’re not alone! In simple terms, resistive load banks convert electricity into heat, and reactive load banks produce magnetic fields. Both provide insight into how electricity functions in disparate systems.

Resistive or Reactive Load Banks – Make the Right Selection

Consider what your system requires when choosing a load bank. If your system includes equipment such as lights or heaters, a resistive load bank is likely to be suitable. But if it has motors or transformers, you’ll need to use a reactive load bank. And consider the power factor of your system. Reactive load banks can mitigate this by power balancing.

What is a Resistive Load Bank?

Resistive load banks convert electrical power into heat. They allow us to test power systems, generators, and UPS systems. These load banks are easy to use and dependable. They are easy to apply and effective, which is why they are employed.

How are reactive load banks unique?

Reactive load banks are not similar, however, as they produce magnetic fields rather than heat. They mimic the burdens associated with motors or transformers. This allows us to check how stable and strong power systems are in different circumstances. For this reason, reactive load banks are useful for assessing the quality of a system's reactive power handling capability.

In Summary

Resistive and reactive load banks are applied for various purposes in electrical testing. Resistive load banks generate heat, while reactive load banks produce magnetic fields. When a decision needs to be made between the two, consider the requirements of your system. Both are critical for maintaining reliable electrical systems.

Rely on KINGWA for Your Load Bank Solutions

For Gas Engine all of your resistive and reactive load bank requirements, you can rely on KINGWA. Their products are awesome and so is their support!