Inverters have become part and parcel of our everyday lives. It’s because we are so dependent on electricity to run most of our devices and equipment regularly.
The problem, however, is that you never know when you face a power outage. And things can get chaotic if you don’t have any backup power option ready to power your equipment during an outage.
You can’t do anything about power outages because they are inevitable and accidental. However, you can at least get yourself an inverter to provide emergency power when required.
But this is sometimes easier said than done.
It’s because there are so many types of inverters for you to select from. They all serve the same purpose of providing you with an emergency power source. They all also convert DC or direct current electricity into AC or alternating current electricity found in utility lines.
However, they are all designed differently to match the required necessary industrial powers. That’s why you will have to keep the industry power requirements, and some other factors in mind while looking for industrial power inverters.
1. More about electricity load requirements
How much wattage the inverter can carry for supporting your equipment is the first thing you need to consider.
And you can calculate this total required wattage by adding the individual power needs for each equipment piece. The total wattage you get is the amount of power the inverter will have to generate in a power outage to power your equipment safely.
And you have to select an inverter that matches up to this required load capacity. It’s in fact better to gegt an inverter with a slightly higher capacity. It’s because most devices have a surge of electricity when they start The inverter should be able to provide enough power to compensate for the power surge all your equipment experiences.
2. Industrial operating conditions
You will have to consider the inverter’s operation conditions while selecting one. It’s because sometimes there may be too much of vibrations produced at the spot when the inverter runs.
This can lead to the components eventually loosening up and getting disconnected from the inverter, and losing power.
Besides, there’s also the risk of the unit’s temperature increasing with usage and ending up hot to the touch.
It’s also always better to place the inviter in a spot where there are not much of airborne contaminants. This is to prevent the chances of the pollutants causing metal corrosion with time.
3. Any special certifications for equipment
There are some cases where you have no option, but to place the inverter in adverse working conditions.
If this is the case, you need to look for industrial power inverters conforming to NEBS Level-3 certification requirements. Depending on the local municipality laws, the device may also require additional safety certifications to be safely used in your area.
If you have lots of requirements to be met, then it’s better to have your inverter customized. There are companies like Exeltech, which can customize all types of inverters as per your needs.
4. Solar usage
There are an increasing need and demand for harnessing solar power to meet your everyday power needs. Solar energy is anyway free, and it’s logical and cost-efficient for any industry to harness and use this power to their advantage.
Solar panels can effectively convert solar power to electricity, to safely use for powering at least part of your facilities, if not everything. While it’s the solar panels that convert solar energy to DC, it’s your industrial power inverter that converts the power from DC to AC.
You can thus use your solar inverters to power your industrial equipment securely.
There you go!
You now know the four essential components you need to keep in mind while looking for your industrial power inverters.
You can select the perfect industrial power inverters if you know your total power requirements, working conditions, special equipment certification needs, and if you plan to use solar energy or not.