GROVIT DESIGN GREEN
The modular farm consists of standard-sized modules that can be scaled based on client needs
LET'S GO!
LET'S GO!
Modular Farm Overview
The modular farm consists of standard-sized modules.
A standard module (one section) has the following dimensions:
The modular farm consists of standard-sized modules.
A standard module (one section) has the following dimensions:
- Height – 2510 mm
- Width – 1290 mm
- Depth – 750 mm
- 5 shelves per module, 40 plants per shelf
- The number of modules is calculated based on the facility's area.
Water Usage
Per cycle water consumption – 200 L (DWC - Deep Water Culture, including the initial mix).
Per cycle water consumption – 200 L (DWC - Deep Water Culture, including the initial mix).
Deep Water Culture (DWC)
- In this system, plants grow in trays filled with a nutrient solution and are fixed in special cells.
- Aeration is used to enrich the roots with oxygen.
- Reliability: In emergency situations (power failures or human errors), the harvest will not be lost immediately – plants can survive for several days in oxygenated nutrient water.
General Description
✔ Water-resistant finishing
✔ Ventilation system
✔ Electricity, drainage, and water supply
✔ Internet connection
Water System (DWC - Deep Water Culture)
Lettuce (various varieties)
Purple & green basil
Swiss chard
Dill, parsley, arugula, mizuna
For personal use: Cherry tomatoes, peppers, strawberries (not financially viable for commercial production).
- The modular farm consists of standard-sized modules that can be scaled based on client needs.
- It can be used as a single module or expanded into a large modular farm in any indoor space.
- The growing area is divided into two zones:
- Germination Zone – Uses special mineral wool for seedlings. Plants stay here for 14-17 days (depending on the plant type).
- Main Growing Zone – Plants are transplanted here and remain until harvest (20-35 days, depending on the crop).
- Zoning increases yield frequency and improves space efficiency.
- Mandatory system features:
- Automatic climate control
- Reverse osmosis water purification
- Remote control access
✔ Water-resistant finishing
✔ Ventilation system
✔ Electricity, drainage, and water supply
✔ Internet connection
Water System (DWC - Deep Water Culture)
- Nutrient solution trays hold the plants in place.
- Aeration enriches the root system with oxygen.
- Highly reliable – in case of technical failures, plants remain in oxygenated water for several days.
Lettuce (various varieties)
Purple & green basil
Swiss chard
Dill, parsley, arugula, mizuna
For personal use: Cherry tomatoes, peppers, strawberries (not financially viable for commercial production).
General Description
- The modular farm consists of standard-sized modules that can be scaled based on client needs.
- It can be used as a single module or expanded into a large modular farm in any indoor space.
- The growing area is divided into two zones:
- Germination Zone – Uses special mineral wool for seedlings. Plants stay here for 14-17 days (depending on the plant type).
- Main Growing Zone – Plants are transplanted here and remain until harvest (20-35 days, depending on the crop).
- Zoning increases yield frequency and improves space efficiency.
- Mandatory system features:
- Automatic climate control
- Reverse osmosis water purification
- Remote control access
- Adjusts the temperature and humidity for optimal plant growth.
- Uses sensors and computer analysis to automatically regulate air conditioning and dehumidifiers.
- Adjusts the temperature and humidity for optimal plant growth.
- Uses sensors and computer analysis to automatically regulate air conditioning and dehumidifiers.
- Adjusts the temperature and humidity for optimal plant growth.
- Uses sensors and computer analysis to automatically regulate air conditioning and dehumidifiers.
- Adjusts the temperature and humidity for optimal plant growth.
- Uses sensors and computer analysis to automatically regulate air conditioning and dehumidifiers.
- Adjusts the temperature and humidity for optimal plant growth.
- Uses sensors and computer analysis to automatically regulate air conditioning and dehumidifiers.
- Adjusts the temperature and humidity for optimal plant growth.
- Uses sensors and computer analysis to automatically regulate air conditioning and dehumidifiers.
- Adjusts the temperature and humidity for optimal plant growth.
- Uses sensors and computer analysis to automatically regulate air conditioning and dehumidifiers.
- Adjusts the temperature and humidity for optimal plant growth.
- Uses sensors and computer analysis to automatically regulate air conditioning and dehumidifiers.
- Adjusts the temperature and humidity for optimal plant growth.
- Uses sensors and computer analysis to automatically regulate air conditioning and dehumidifiers.
- Adjusts the temperature and humidity for optimal plant growth.
- Uses sensors and computer analysis to automatically regulate air conditioning and dehumidifiers.
- Adjusts the temperature and humidity for optimal plant growth.
- Uses sensors and computer analysis to automatically regulate air conditioning and dehumidifiers.
- Adjusts the temperature and humidity for optimal plant growth.
- Uses sensors and computer analysis to automatically regulate air conditioning and dehumidifiers.
- Adjusts the temperature and humidity for optimal plant growth.
- Uses sensors and computer analysis to automatically regulate air conditioning and dehumidifiers.
support@grovitech.com
(414) 687 - 5892
58 Middle Point Rd
San Francisco, 94124
(414) 687 - 5892
58 Middle Point Rd
San Francisco, 94124
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