Get To Know the Components of Lighting Inverter

Posted by Jessica Beak on July 24th, 2018

In today’s article post, we have cracked down on the key elements of a lighting inverter and how they may be different from a UPS.  Usually, people make use of UPS systems for critical power uses where both power conditioning & nonstop power is needed.  It is well-known that they normally have shorter run time and fall back on batteries in order to keep the system running when there is an outage. If you are not aware, a lighting inverter is like a line-interactive UPS, where the unit overtakes utility power for supporting systems until there is an outage, and after that draws from batteries to endow with power throughout the outage window.

Without any doubt, lighting inverters are in general used for life protection uses and more often than not have a more extended run time necessity as compared to a UPS system.  If truth be told, the UL minimum standard is ninety minutes.  People use them for keeping the lights on when there is an outage so that the residents can carefully way out.  In addition to this, lighting inverters usually don’t condition power running through them. Instead of a conventional rectifier, there are components that perform similar to a rectifier intended to facilitate a charging current to the batteries.

Here’re The Components of a Lighting Inverter:

UPS Module:

In the standard mode, when there is utility power, the lighting loads are fed from utility, just like a stand-in UPS. Though in a few circumstances, the unit may assist filter or supplement the inward power. We are familiar with that the UPS module takes in an inverter that is an electronic tool that changes DC to AC. Also, there are some other elements in the UPS module like an AC supply module with an input circuit breaker, control & monitoring subsystems, etc. and these may facilitate some power conditioning, but are frequently not intended for overall power conditioning like an authentic, online UPS system might.

Battery Module:

This takes in the battery system essential for generating the reserve energy to supply the inverter at the times of irregular power conditions.  These days, most service providers crack down on run time and how long you want your unit to endow with energy while on battery.  You can make use of different types of batteries for a lighting inverter.

Battery Charger:

When it comes to the charger, it converts A/C voltage to D/C current.  When there is a utility power, the battery charger circuit can supply voltage as well as current to the batteries.  Apart from this, for a lot of systems, when the batteries get a complete recharge, a steady trickle charge keeps up the batteries at utmost level.