Benefits of Chip-on-Board LED Lighting
Chip-On-Board LED lighting is poised to change the game in cannabis cultivation.
Ellis Smith and guest Matt Mayberry, CEO and Co-Founder of Trym, discuss how you can make informed decisions to improve operational efficiency, maintain consistency, grow revenue, and increase your competitive advantage.
As James Bradley and his associates ended one project in Las Vegas, they were left seeking a new opportunity. With a philosophy that perfection is not a destination, but a journey – he and his team set out to revolutionize LED lighting systems and join the momentum in a budding industry.
Regardless of the product, when a new industry emerges, opportunities arise for early adopters to jump into highly rewarding positions in an exciting new field. With industries as promising as cannabis and hemp, many people are finding new ways to incorporate skills and expertise, learned from more mainstream industries, to forge a new path during the early days of the Green Rush.
While it’s no secret, consistency is key to producing a quality cannabis crop with the maximum yield possible, maintaining consistency can be challenging as the business grows. Last week, during the Seed to Sale show in Denver, urban-gro received the Excellence in Technology award for their high-density, sense and control technology called Soleil – a data collection marvel in the future agricultural technology which aims to eliminate human error and create unprecedented consistency in grow rooms regardless of size.
On July 1, 2018, changes to federal legislation are set to open up an already liberal marketplace, putting Canada on the cusp of fully legalizing cannabis for recreational purposes – countrywide. Canadian cannabis companies, as well as the peripheral businesses, no longer need to operate on the fringes of the business world and many are ready to take cannabis technology where it has never gone before.
A relatively new entry into the cannabis industry, GrowX’s aeroponic innovations for indoor operations are nevertheless revolutionizing the sector. Just as LED light science dramatically changed the market just a few years ago, aeroponics is set to do the same by improving yield while reducing water consumption.
What happens when a group of self-professed “Silicon Valley Geeks” find themselves immersed in cannabis cultivation? Limitless possibilities. The push for technology in the indoor agriculture industry is no different than any other: to bring a user-friendly interface to hide the complex processes for a software controlled, mechanical environment.
With over 38 successful rebate applications under its belt, Seinergy has contributed to over 20 million annual kWh of approved energy reductions within the cannabis industry thus far; equivalent to outfitting over 7,500 homes with solar panels
The rapidly expanding legal cannabis industry is generating a flurry of technological advances within the agriculture industry. Many forward-thinking manufacturers within the industry have grasped this opportunity to breathe new life into indoor cultivation and agriculture.
Long gone are the days of growing cannabis with a simple on-off light switch and a manually managed light schedule. Large-scale commercial operations rely on much more than intuition these days; using high-tech mobile apps for remote management and in-depth analysis of historical light information. In fact, growers are now using technology to learn intimate details about the light requirements of specific strains and then making minute adjustments to produce individualized LED light recipes that their forefathers could only dream about.
Although hydroponic energy consumption data collection has led to recent concern about amounts used, sustainability has taken the driver’s seat in talks with the newest innovations in alternative sources of power.
Innovations in horticultural lighting technologies have advanced with the continued growth in many plant-based industries, including food consumption and pharmaceuticals. Among the uses of more advanced lighting science is the ability to control the min-maxing of photosynthetic light fixtures, improving yield and growth cycle duration.