LED Light Panel

This is the brand new entry in the bright world of the Victorian Energy Upgrades (VEU) scheme. LED Panels are a great choice for commercial setups, owing to the fact that they are highly energy-efficient and aesthetically pleasing.

Typically used to replace fluorescent tubes, LED Panels are best suited for creating lighting that resembles natural light. We replace fluorescent troffer tubes with Free LED Panels in commercial spaces like offices, gyms, and retails to create a beautifully lit environment while achieving high energy efficiency.

Replacing your existing fluorescent tubes with energy-efficient LED Panels is a quick and easy way to enjoy significant savings on energy. You also benefit from the reduced (recurring) maintenance costs and a brighter environment.

Available LED Light Panel Options

Choose the panel light that improves the overall ambiance of your commercial space. The colour temperatures of these fixtures include cool white (4000 Kelvin) or stark white (5000 Kelvin) light that helps increase productivity at the workplace. The integrated LEDs produce a high output of up to 7000 Lumens while consuming just a fraction of power.

Unlike old bulky lights, LED Panels have a slim design which makes them suitable for applications in drop and drywall ceilings. They are lightweight and come with a built-in LED driver, eliminating the need for additional fittings/fixtures.

What Will LED Panels Do To Your Commercial Space?

The notion that LED lights don’t show colours faithfully is not true. Products we install have a high Colour Rendering Index (CRI), meaning the light you get is pleasant and fulfills the need of your space. They create a clean, professional, and ambient environment without flickering or humming.

LED Panels are designed to be highly cost and energy-efficient. And, with energy prices only going up, now is the right time to make the switch. Other benefits of LED Panels:

Quality light output

Longevity

Edge-lit

Low glare

Flicker-free drivers

Increased productivity

Uniform light distribution