Inverter Systems

Inverter Systems

Inverter systems provide reliable emergency power when the main electrical supply is interrupted. These systems convert battery power into stable AC electricity, allowing critical lighting and electrical loads to continue operating during power outages.

Quantum Power Guard Inverters

Quantum Power Guard inverter systems are designed to support emergency lighting infrastructure in commercial buildings, healthcare facilities, transportation systems, and industrial environments. The systems deliver clean sinusoidal AC output, ensuring stable power for incandescent, fluorescent, induction, and LED lighting loads.

Our inverter platforms are available in multiple configurations to support different power requirements, from compact lighting backup systems to higher capacity emergency power solutions.

Core Capabilities

Reliable Emergency Lighting Power

Inverter systems provide stable AC power to lighting fixtures during utility power interruptions, ensuring safe building evacuation and continued visibility.

Flexible Installation Options

Systems can be installed near lighting fixtures or remotely mounted to support multiple lighting circuits across large facilities.

Clean Sinusoidal Output

Modern inverter systems produce clean sinusoidal AC output that is compatible with LED, fluorescent, induction, and incandescent lighting technologies.

Automatic Power Transfer

When utility power is lost, the inverter automatically switches to battery power and supplies electricity to connected lighting loads.
Explore Our Inverter Solutions
Explore the inverter platforms below to find the system designed for your application.

Frequently Asked Questions

What are Inverter system?
An inverter system converts DC battery power into AC electricity so that equipment can continue operating during a power outage. In emergency lighting applications, the inverter supplies power to lighting fixtures when the main electrical supply fails
How does an emergency lighting inverter work?

An emergency inverter monitors the building’s electrical supply. When utility power is lost, the system automatically switches to battery power and converts it into AC output to keep connected lighting fixtures operating for the required emergency duration.

How long can inverter systems provide backup power?
Most emergency lighting inverter systems are designed to provide a minimum of 90 minutes of backup power, which is the standard requirement for many building safety and electrical codes
What types of lighting can inverter systems support?
Modern inverter systems can power LED, fluorescent, induction, and incandescent lighting fixtures. They supply clean sinusoidal AC output, which allows them to work with a wide range of lighting technologies.
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