What causes or leads to an industrial power inverter overload?

Industrial power inverters provide an excellent source of backup power during a power outage. As long as you have the right inverters, your business is practically assured of minimal downtime with maximum business returns.

However, you have to be careful about the amount of power or work you expect the inverters to do.

It is because you risk overloading modular inverters, wherein it will eventually turn off. It can have devastating effects on your business, mainly because overloads occur when you least expect them. And they usually occur when you need inverters the most!

Knowing how the overload happened in the first place can help prevent one, which proves helpful to you in the long run.

Power consumption reaches its peak

The most common reason for a power overload is when the inverter is used to its hilt or instead reaches its peak power output. You may argue here that industrial power inverters can withstand as much as twice its peak power.

However, there is always the possibility of your connecting too much equipment to the inverter. It inevitably leads to the inverter exceeding its peak power output if and when the inviter simultaneously powers all the machines.

How to prevent an overload

It’s always better to prevent an overload in the first place.

And the best way to do this is by avoiding simultaneously powering maximum equipment or appliances during the peak period. The chances of an overload occurring when there’s a power outage are higher then.

Another option for avoiding an overload is through proper preplanning.

It means that you could invest in a bigger inverter. Don’t invest in one that’s equal to the total power output of the equipment you plan to use. Instead, buy industrial power inverters with a power output that’s significantly higher than the overall power and surge power rating.

You can this way confidently power multiple appliances without worrying about overload. Your Exeltech technician will help you calculate your total power requirements, and select the right modular inverter for your power needs.