Even when natural conditions are optimal, supplemental lighting can improve your overall yield. This was something Glass House Farms of Carpinteria, CA discovered over the summer of 2020, when they decided to conduct an experiment. Glass House has always had a systematic, data-driven approach to growing. During every harvest, they record all the conditions meticulously so they know exactly what they achieved and how they achieved it. This allows them to fine-tune their techniques over and over again to improve with every subsequent harvest.
Glass House Farms has been in the industry for a long time. They got their start in Santa Barbara in 2015, operating with the motto, “Quality and consistency, delivered efficiently.” Since the get-go, part of their business model has been using experimentation as a means for continued, consistent improvement. This close attention to detail meant testing out the effectiveness of supplemental lighting was easy for Glass House Farms. With a computer-programmed climate and irrigation system, they were able to test how changing one single variable – the presence of supplemental lighting – affected their overall yield.
The team at Glass House wanted to answer one question – could they get more out of their plants with the introduction of supplemental lights?
Given their California location, Glass House was able to grow year-round without a problem using natural conditions. Their plants did not need supplemental lighting to thrive. Even in the cooler months, there is still plenty of natural sunlight. However, Glass House wondered if there was a way to do a little better.
Were they really getting the best possible yield with primarily natural light? If supplemental lighting could improve their yield significantly, this may be a worthwhile investment. They decided to test the effectiveness of supplemental lighting with the new MegaDrive Greenhouse Lighting system.
MegaDrive made it easy for Glass House Farms to add supplemental lights. The system is built to maximize efficiency while significantly reducing upfront and operating costs.
The secret is the MegaDrive’s 10,000watt single power supply that takes incoming 480 volts through an independent breaker. This power supply is wall mountable, eliminating the need for power drops over the canopy. It is capable of running up to 30 400-watt LED fixtures. These fixtures come with dual spectrum control and separate channels for red and white, which can be dimmed from zero to 100%, either manually or automatically.
MegaDrive also comes with a wireless Bluetooth control system that operates independently or integrates with the most popular environmental controllers. The cloud-based data communication system allows you to control functions from any Bluetooth device – and from virtually anywhere in the world.
All this made it easy for Glass House to quickly install and start running supplemental lighting. Hanging the lights was much simpler without having to run drops to every fixture. Controlling the lights via smartphones gave them a simple way to tweak light spectrums throughout the grow cycle as needed.
MegaDrive provided them a more convenient, lower cost option for testing the efficiency of supplemental lighting on their plants.
Glass House started the first cycle in June of 2020. While there was still plenty of natural light out, the weather had been a bit foggy. This was the optimal time to see if supplemental lighting could help counteract subpar environmental conditions.
Glass House was able to set up two separate sections of their greenhouse – one with supplemental lighting and one without. Thanks to the computer-controlled conditions, they were able to keep all other parameters the same. This created the perfect environment for a side-by-side comparison. The only change between the two sections was the MegaDrive system, so any differences in growth and final yield could be attributed to supplemental lighting.
Contact us for information on which lights are right for your application as well as free complete computerized light plans and grow consulting.