
Powering LED Grow Lights with Solar DC
Although LED drivers for commercial grow lights are powered by utility AC power, LED chips are run by DC. Typically, AC is converted to DC,
Patented Technology
Sequentially Moving Periodic Light Beam
Boulderlamp’s PerfectPar™ DuoLight 4000 with sequentially moving light beam technology provides an unprecedented level of control over photosynthetic lighting for controlled environment agriculture. Rather than dimming the entire fixture, as is the case for all other commercially available dimmable grow lights, our DuoLight 4000 dims each light bar separately, precisely, and automatically. This improves light uniformity over the growing area and gives you a high precision, fine-scale control over the amount of light your crops are getting, as well as the amount of electricity you are using.
Our Color Augmenting LED grow light utilizes top bin 100% OSRAM white and red horticulture LEDs to create optimized sunlike full spectrum for faster growth and bigger harvests.
Our lights are easy to install:
modular and daisy chain connections can also be dimmed using off-the-shelf 0-10V dimmer.
LED driver architecture allows on demand wireless communications.
Lower cost of ownership due to our innovative design structures. Single bar quick attach modular system also allows “add as you grow” low cost expansion architecture.
We are proud to build our products in the USA using components sourced in the US and around the globe. We source only the highest quality parts and components to ensure top performance.
Although LED drivers for commercial grow lights are powered by utility AC power, LED chips are run by DC. Typically, AC is converted to DC,
Philips lighting introduced 315W CMH grow lamp in 2012. The sparkling white light generated by the 315W grow lamp mimics sunlight, and the 120 lumen/watt
A plant canopy consists of a population of leaves being exposed to different light intensities and these different light intensities will determine the overall Photosynthetic