What Are the Benefits Of Low Voltage High Current DC Power Supplies For LED Ligh

Posted by HV mtech on March 24th, 2020

Nowadays, lighting companies are struggling to get transitioned from the traditional form of light sources to some reliable energy-efficient ones. They are now working hard to provide dimming control solutions using SSL technology. Sometimes, a lack of technical experience when integrating control and power elements to optimize the SSL solution can erode the main benefits of LED technology.

Right now, the low voltage high current DC power supply helps to improve the entire lighting system. Most of the dimming solutions will have a noticeable flicker when changing the light intensity. Apart from the proportional energy savings, there are other benefits of low voltage power.

Significant cost-saving potential: The high cost-benefits come from the typical AC voltage distribution approach. The voltage gets distributed by an expensive Class 1 electrical-based wiring infrastructure. However, a low voltage high current DC power supply is less costly and even more accessible for ordinary people to install.

The DC approach is classified to be a low voltage and energy limited DC-based distribution system, meaning it’s safer.

Furthermore, installing the Trinity platform when wiring to LED fixtures as part of a low voltage DC system will reduce the current amount of conduit cable.

It further helps to reduce the dedicated lighting panels, saving both installation and material costs.

These platforms have control or dimming interfaces for controlling and dimming up to 12 output current drivers. You’ll have around 24 LED fixtures within the singular dimming interface connection.

This perfect approach helps to reduce the complexity of wiring and the cost when compared to the AC voltage distribution system.

If the lower voltage system needs a dimming interface, and the present drivers are embedded with an LED, there will be a cost. That’s because of the wiring complexity of the overall job. The wired connection for dimming control has to be made to every LED fixture.

Upgrade the saving potentials: The future of LED light engines will be using high voltage low current power supply, providing better energy-efficiency when it comes to higher watts or lumens.

With the typical class 1 AC voltage, any form of a future upgrade will need an LED engine and driver to be located within the fixture or in its proximity. Installing one trinity platform with around 12 outputs of the current drivers is a must to help reduce the installation effort for the LED by a current factor of 12.

To learn more about low voltage high current DC power supplies, visit our website at  www.hvmtech.com now.