Smart Microgreens Growing System

A complete automated vertical farming solution for high-yield pesticide-free microgreen cultivation by KVB Green Energies.

Vertical Farming IoT Sensors Pesticide Free

System in Action

See our technology deployed and working in real-world environments.

Complete Indoor Farming Solution

The Smart Vertical Microgreens Growing System is a compact, sensor‑driven indoor farming solution designed to enable high‑quality, pesticide‑free microgreens production in a fully controlled environment. Unlike conventional systems that focus only on lighting or hydroponics, this system integrates production, environmental control, automation, and performance evaluation into a single unit – making it suitable for urban farming, research, and commercial applications. This approach addresses a key gap identified across multiple research studies, where no single system integrates growth, control, and post‑harvest considerations together.

Core Capabilities

Everything you need for clean energy performance — engineered and field-tested.

Temperature Control

  • Continuous monitoring
  • Cooling fan auto ON if limit exceeded
  • Ensures optimal growth range

Lighting Control

  • LED grow lights (Red + Blue spectrum)
  • Programmable day/night cycles
  • Optional UV‑A enhancement

Intelligent Irrigation

  • Manual, Timer‑Based, or Moisture‑Based (Smart) Modes
  • Soil moisture sensing prevents over‑irrigation
  • Pump & valve auto‑control

Environmental Monitoring

  • Temperature & humidity sensors
  • Soil moisture display
  • Real‑time control panel

System Configuration

Parameter Specification
System Type Vertical Indoor Microgreens Growth Chamber
Structure Size Approx. 750 × 550 × 1200 mm
Layers Multi‑layer tray system (3 levels)
Structure Type Enclosed controlled cabinet
Material Aluminum / SS / Powder‑coated MS
Installation Floor‑mounted compact unit

Lighting System

Parameter Specification
Light Type LED grow lights (Red + Blue spectrum)
Optional UV‑A enhancement
Placement Mounted under each layer
Light Cycle Controlled via timer (e.g., 18h OFF / 6h ON configurable)
Purpose Photosynthesis + growth optimization

Irrigation & Water System

Component Specification
Water Source Bottom reservoir tank
Distribution Pump‑based / spray system
Control Automated valve‑based irrigation
Irrigation Type Mist / controlled watering

Airflow & Environmental Control

Parameter Specification
Ventilation Exhaust fan system
Function Temperature & humidity control
Airflow Type Continuous circulation
Placement Rear / top‑mounted airflow system

Environmental Monitoring

Parameter Function
Temperature Maintains optimal growth range
Humidity Controls moisture environment
Soil Moisture Determines irrigation need
Display Real‑time monitoring panel

Smart Automation Logic

Mode / Feature Description
Temperature Control System monitors continuously; if temperature exceeds set limit → cooling fan ON, else OFF.
Lighting Control Automated timer‑based lighting cycle (e.g., 18h OFF / 6h ON, configurable).
Irrigation – Manual Mode User‑controlled ON/OFF.
Irrigation – Timer Mode Irrigation at fixed intervals.
Irrigation – Smart Mode Checks soil moisture periodically; if below threshold → pump ON, valve opens, water sprayed; auto OFF after set duration.

Growing Capacity & Crops

Parameter Value
Trays per Layer 2
Total Capacity 5 compartment 10 trays
Crop Cycle 7–14 days
Crop Types Microgreens (sunflower, radish, wheatgrass), leafy greens (lettuce, spinach), herbs (basil, coriander)

Perfect For

A versatile automated farming chamber, ideal for multiple applications and users.

Urban Farming

Fresh produce in limited space

Research Labs

Controlled environment studies

Commercial Growers

High‑quality microgreens

Educational Institutions

Hands‑on agri‑tech learning

Restaurants & Chefs

Fresh, chemical‑free greens

Safety, Benefits & Power

Feature Description
Hygiene & Safety Fully enclosed dust‑free chamber, food‑grade surfaces, low‑voltage safe operation
Key Benefits Year‑round farming, 80–90% water savings, faster cycles, chemical‑free, space‑efficient
Power Requirements Low voltage DC system; adapter powered (solar optional); energy‑efficient LED + pump + fan

Optional Upgrades

Add‑on Benefit
IoT‑based Remote Monitoring Real‑time data, alerts, analytics
AI‑based Crop Advisory (AgroSense) Yield optimization, growth recommendations
UV‑A Lighting Enhancement Increased nutritional value, pathogen control
Data Logging for Research Exportable growth data for studies
Solar Power Integration Off‑grid operation

Health Benefits for End Customers

Supercharge your daily nutrition with fresh, locally grown microgreens.

Core Nutrition & Protection

  • High Nutrient Density: Contains 30–40x more vitamins & minerals
  • Boosts Immunity: Rich in vitamin C, E, and antioxidants
  • Supports Heart Health: Reduces cholesterol & improves cardio function
  • Helps Manage Diabetes: Low glycemic, supports blood sugar control
  • Anti-Inflammatory: Reduces inflammation and supports overall wellness
  • Improves Brain Function: Antioxidants protect brain cells and enhance focus
  • Rich in Antioxidants: Fights free radicals and slows aging

Wellness & Vitality

  • Good for Eye Health: Contains carotenoids like lutein & beta-carotene
  • Supports Bone Strength: Source of calcium, magnesium, and essential minerals
  • Aids Digestion: High fiber content improves gut health
  • Weight Management: Low calorie, high nutrition food
  • Detoxifies the Body: Helps remove toxins naturally
  • Skin & Hair Health: Nutrients support glowing skin and stronger hair
  • Chemical-Free & Safe: Grown in a controlled environment without residues

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Engineering Drawings

CAD files, system layout, wiring diagrams

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ROI Calculator

Custom Excel – cost, yield, payback

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Installation Videos

Step‑by‑step assembly & operation

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Case Studies

Urban farms, research labs – real data

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🏆 Success stories: Urban farm, Bengaluru – 3 units installed, 85% water savings, 14‑day cycle. Research institution, Pune – used for lighting optimization study, published in agri‑tech journal.