VERSATILE · MODULAR · MULTILEVEL · CUSTOMIZABLE
Growing structure
What’s possible
- Produce multiple crops simultaneously, row by row
- Optimize growth and yield of any plant, year-round, in any location
- Customize the length and height of each unit
- Automate row cleaning
- View sizing options
How we make it possible:
The technology behind the feature
- Units designed to sustain a crop’s full weight in operating conditions with integrated irrigation and gas systems
- Intelligent, automatic hydroponic tide irrigation system
Hypercontrolled · Automated · Energy-efficient · Customizable
Climate control
What’s possible
- Remotely control and automate more than 25 unique parameters – from climate and airflow to heating, cooling, humidity fertilization and oxygenation
- Adjust each parameter according to growing requirements, plant maturity or other specifications
- Control fertilizer type, PH levels, and concentration for at least 4 different fertilizers; inject living organisms
- Maintain the desired conditions all year long
How we make it possible:
The technology behind the feature
- Global operating temperature can be set from 15°C to 25°C according to a day-and-night cycle
- Global relative humidity can be set from 45% to 75%
- Uniformly distributed injectors enable direct injection of CO2 and humidity (mist) according to the need of the specific plant at all times
- Automatic control of CO2 injection for maintaining CO2 level (global) or to create a CO2 enriched period (local)
- Automatic humidity (mist) injection to create enriched humidity period (local).
- CO2 control: 400ppm (outside air) to 2000ppm
- Humidity enrichment period: Up to 100%
- CO2 expected consumption per hour: 1.6 L/m³ (0.045 L/ft³)
- CO2 tank capacity allows autonomy for monthly operation
High-performance · Customizable · Energy-efficient
Lighting
What’s possible
- Control the light mixture for each row or plant with customized, crop-specific spectra
- Ensure the ideal spectra and exposure
- Maximize flower and fruit production
- Minimize energy usage Heat generated by the LED lights is used by the climate control, minimizing energy usage overall.
How we make it possible:
The technology behind the feature
- Photosynthetically optimized water-cooled LED lighting device
- Thermal protection
- Proprietary technology known for its unparalleled agronomical performance
- Rigorously tested by multiple industry experts
- Light spectrum: Deep-Red, Infra-Red, Blue, White and UV
- Power consumption: 232 W/m² (22 W/ft²)
- Equivalence in HPS: 546 W/m² (51 W/ft²)
High-performance ·Customizable
Automatic irrigation and fertilization
What’s possible
- Manage various plants at various growth stages, individually, row by row
- Control living organisms through continuous purification of the irrigation solution
- Reduce water consumption by more than 95%
How we make it possible:
The technology behind the feature
- Intelligent automatic hydroponic tide Irrigation system
- Irrigation solution is continuously purified with particle and UV filters, controlling organisms
- Automatic control of fertilization: PH level, fertilizer type and concentration (at least 4 different fertilizers), injection of living organisms and oxygenation
- Water is recycled through the irrigation process to optimize its usage
Direct irrigation injector
What’s possible
- Inject living organisms
- Control injection quality and sequence from the main interface
How we make it possible:
The technology behind the feature
- Direct liquid injector installed on the main irrigation line
- WARNING: Agronomic and biological validation should be done prior to any living organism injection to avoid destabilization of the HRVST ecosystem and potential damage to the crop
Airflow control
What’s possible
- Control the airflow at crop level for each row
- Set airflow to be managed automatically to facilitate creation of enriched periods of CO2 or humidity
How we make it possible:
The technology behind the feature
- Set airflow for day and night or for growth to flower between 0 to 0.5 m/s (20 in/s) on normal or burst mode
Automated lifting platform
Automated lifting platform
- Facilitate seed and clone transfer
- Facilitate harvesting process
How we make it possible:
The technology behind the feature
- Custom designed to foster handling in the HRVST system
- Pulley conveyor system installed in each row to move panels in and out of the system when seeding and harvesting
- American and European security regulations apply
Oxygen injection
What’s possible
- Inject oxygen automatically into the irrigation solution to improve performance
How we make it possible:
The technology behind the feature
- Injectors are located inside the irrigation tank
- Injection dosage and frequency are controlled by the main interface
- Can be used in parallel with oxygen peroxide
Specialized crop carrier tray
What’s possible
- Ensure optimal performance
How we make it possible:
The technology behind the feature
- Custom-designed to particular plant needs and the growing medium used
- Several options available to allow optimal performance
- HRVST’s partner company, Florentaise, specializes in providing raw materials for agricultural purposes. Depending on the needs of the plants and the desired irrigation strategy, HRVST can also supply natural customized containers and substrate.
Comprehensive · Easily accessible from any web-connected device
Real-time data
What’s possible...
- Access comprehensive stats through our easy-to-use platform, and plan your farming more efficiently
- Collaborate and share information and best practices with our global network of vertical farmers
How we make it possible:
The technology behind the feature
- Growing community enables the intelligence of our technology to grow exponentially
