With the assistance of a generator load bank, several types of electrical power sources are put through their paces

This is accomplished by simulating different electrical load conditions, which enables exact control, measurement, and recording of the result

in order to guarantee that your infrastructure is capable of handling the job at hand, whether you are putting new generators into service

Or simply need to undertake routine maintenance, it is essential to perform tests on them

Therefore, it is absolutely necessary to run backup generators on a constant basis in order to ensure that any unburned fuel, oil, or moisture is completely consumed

It is absolutely necessary to provide careful attention to the process of designing load tests, this is the point at which we can be of assistance to you

The resistive load

Resistive loads are those where electricity produces heat with the “joule effect” and not movement

The systems and equipment concerned are

incandescent lamps

electric heaters

natural convection ovens

and some load banks whose resistances have this effect

DC Load Banks

Our Constant Current DC load bank models are designed for battery-related applications and our Non-Constant designs for testing power supplies and other types of DC sources. 

A load bank, what’s that for

?Why use a load bank

For safety, maintenance, compliance or risk anticipation reasons, it is essential to test your power supplies or those of your customers. This guarantees you, in the long term, a safe running of your equipment (generators, inverters, batteries, engines, turbines…) and a reduction of breakdowns of your equipment. Your solution is the use of load banks adapted to your needs (from 50 kVA to 3300 kVA).

Thanks to different types of loads (resistive, capacitive or inductive) we will be able to reproduce your operating conditions identically. From then on, your electrical equipment will be more efficient, and can even bring you a return on investment (generator set).