- Fully enclosed and managed micro-climate, complete with LED grow lights.
- Automated irrigation, fertigation, and CO2 delivery.
- Built-in temperature and humidity controls
- Motorized curtains for photoperiod control
Agrify’s stackable vertical farming units (VFUs) have been designed specifically for cannabis and hemp cultivation at any scale of production.
Integrated with Agrify Insights™, each VFU provides full control over its internal environment to help optimize your grow. You can achieve higher total cannabinoid levels, more consistent terpene profiles, and increased yield per square foot—improving efficiency and elevating profits.
Find out if this is the solution for you
up to 6x
increase in yield per square foot vs. traditional grows
up to 29%
increase in cannabinoid potency
<.3%
variance in chemical profile over 10 harvests
Case Study
Dive into vertical farming by the numbers and learn how Agrify can take your grow to new heights, ensuring ROI by improving crop quality and maximizing your grow space.
Production Results That Deliver
Consistent Cannabinoid and Terpene Ranges Across a Variety of Strains
Candy Cane:
10 Harvest Batches
- Cannabinoid Range 0.67%
- Terpene Range 0.08%
Lemon Haze:
12 Harvest Batches
- Cannabinoid Range: 0.35%
- Terpene Range 0.02%
Some Thing Blue:
7 Harvest Batches
- Cannabinoid Range 0.96%
- Terpene Range 0.08%
The Bling:
8 Harvest Batches
- Cannabinoid Range 0.14%
- Terpene Range 0.35%
Case Study
How Agrify’s Vertical Farming Units Helped to Increase Consistency
“Agrify’s expertise is not only in providing the conditions to cultivate superior flower through their closely controlled VFUs and Agrify Insights™ software platform, but also the unparalleled ability to maximize canopy space for indoor grows.”
Nick Lynch
Owner and Founding Partner of WhiteCloud
Grow Better Cannabis
With data-driven insights and complete control over the internal environment of each VFU, you can optimize your grow with precision to produce the highest quality and most consistent flower that will remain in high demand.
Specifications
PHYSICAL
| Length (in) | 105.13" |
| Width (in) | 47.88" |
| Max Height (in) | 104.38" |
| Net Weight (lb) | 1000 |
ELECTRICAL
Consumption varies with grow phase.
Only maximum information shown below.
| Voltage (VAC) | 277V Single Phase |
| Max. Input Power | 3.5kVA |
| Max. Input Current | 20A |
| Power Factor | > 0.9 |
CLIMATE CONTROL
Facility design requirement based on VFU diversification.
| Cooling Capacity | 2-ton per VFU |
| Heating Capacity | 20,000 BTUs/hrs. |
PLUMBING
| Fresh Water Connection | 1/2" NPT | 33 GPH (Max), 1 GPH (Typ) |
| Veg Irrigation Connection | 1/2" NPT | 33 GPH (Max), 1 GPH (Typ) |
| Flower Irrigation Connection | 1/2" NPT | 33 GPH (Max), 1 GPH (Typ) |
| 2x Drain Connection | 3/4" barbed connection | 4 GPH |
Grow Smarter with Agrify Insights
Optimize your commercial grow operations and manage everything from an individual container to a massive canopy. With Agrify Insights, you can control and monitor facilities and growing conditions in real time and gain key insights into production and profit optimization.
FAQs
Yes! Our team of experts works closely with you throughout the entire process. From figuring out how many VFUs you need through facility design to optimizing VFU environmental settings, we’ll help you successfully and profitably grow vertically.
Our approach allows an open-room facility design to maximize available cultivation floor print space while offering superior risk mitigation via individual compartmentalized cultivation chambers.
Each VFU supports 2 tiers of the canopy and is designed for stacking up to 3 units tall, and they easily integrate with a mezzanine catwalk system.
Each vertical farming unit provides 64 sq. ft. of a canopy, which can veg/flower 48 to 96 plants over a 32 sq. ft. floor print producing an estimated average of 35lbs+ of dried cannabis flower and 14 lbs of trim each year.
The unit has a motorized curtain on both sides that compartmentalize the VFU to prevent light-leak and the spread of disease that would typically lead to facility-wide crop failure. Contamination can be controlled and limited to the affected unit(s), which are designed with sanitation in mind. From the aluminum frame to the selection of antimicrobial plastics and down to the IP65 electronics and polycarbonate-lensed LED lights, the entire VFU can be easily sanitized.
All VFUs operate independently from one another, capable of reproducing different environments in each one. Each VFU has an Environmental Control Unit (ECU) that is integrated with our proprietary cultivation software, Agrify InsightsTM. This integration allows for precise control and automation over light photoperiod and intensity, temperature, humidity, VPD, CO2, fertigation, and irrigation throughout the lifecycle of the plants.
