Jardin Vertical's Underground Farm Chooses Revolution's Avici Programmable Spectrum LEDs
Reducing food production's carbon footprint is critical for humanity moving forward and Chad Taylor of Jardin Vertical's new cultivation model is a vital step towards this sustainable future. His two-part plan tackles some of the biggest environmental threats in the industry and massively reduces carbon footprint while delivering fresh, healthy food in densely populated areas.
Jardin Vertical is changing the game in Canada. Instead of the popular rooftop greenhouse, which consumes fossil fuels to regulate temperature during their brutal -30° winters, their farm is in a basement. This provides a geothermal effect year-round minimizing heating and AC requirements, and this energy is provided by clean hydroelectric power. It is also an entirely closed system; fully aeroponic, all LED lighting, making it the first Tower Farm of it's kind in the world and the first commercial scale Tower Farm in Canada.
The high-power horticultural lights are built in an ethical manufacturing facility and, with a lifespan three times the industry standard, they won't end up in a landfill after five-ten years like most LEDs. They also feature a programmable spectrum, letting cultivators mimic optimum lighting conditions for any plant and adapt to new horticultural research.
Jardin Vertical is changing the game in Canada. Instead of the popular rooftop greenhouse, which consumes fossil fuels to regulate temperature during their brutal -30° winters, their farm is in a basement. This provides a geothermal effect year-round minimizing heating and AC requirements, and this energy is provided by clean hydroelectric power. It is also an entirely closed system; fully aeroponic, all LED lighting, making it the first Tower Farm of it's kind in the world and the first commercial scale Tower Farm in Canada.
The high-power horticultural lights are built in an ethical manufacturing facility and, with a lifespan three times the industry standard, they won't end up in a landfill after five-ten years like most LEDs. They also feature a programmable spectrum, letting cultivators mimic optimum lighting conditions for any plant and adapt to new horticultural research.
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