AGRICULTURE
From cost-efficient systems to fully automated, high-performance facilities
Modern agricultural facilities require sophisticated climate control, energy management, and production systems to achieve consistent yields and operational efficiency. Greenteque designs and delivers complete agricultural infrastructure—from high-tech automated greenhouses to cost-effective growing solutions—tailored to crop type, climate conditions, and production objectives.
High-Tech Greenhouses
Precision-engineered facilities for maximum productivity and automation
High-tech greenhouses integrate AI-assisted climate control, full automation, and data-driven operations to deliver year-round production with high-quality standards and exceptional resource efficiency.
Climate Management
- AI-driven optimization with real-time monitoring (temperature, humidity, CO2 levels, light intensity)
- Multi-zone precision management & predictive analytics
- Advanced cooling: pad & fan, high-pressure fog misting
- Εnergy-efficient shading/thermal/blackout screens (40–60% savings)
- Recirculation fans for uniform air distribution and disease prevention
- CO₂ enrichment for yield increase (20–30%)
Growing & Water Management Systems
- Advanced systems: NFT, aeroponics, rockwool, coco coir with automated nutrient delivery
- Real-time EC/pH monitoring and adjustment tailored to crop stage
- Closed-loop water recirculation with UV sterilization (30% water, 40% fertilizer savings)
Operations & Processing
- Automated internal Logistics (pipe rail trolleys, electric carts, lifting platforms)
- Integrated sorting/grading lines with optical sensors
- Robotic or semi-automated packaging systems
- Data analytics for yield optimization and operational decision-making
Use Cases
- Large-scale commercial vegetable production
- Medicinal cannabis and pharmaceutical-grade cultivation
- Year-round production in challenging climates
- Export operations requiring year-round consistent quality and compliance
Mid-Tech Greenhouses
Balanced solutions for efficient production with selective automation
Mid-tech greenhouses offer a practical balance between automation and cost-effectiveness, using semi-automated systems with manual oversight for reliable production and proven ROI.
Climate Management
- Programmable controllers with scheduled heating, ventilation, and automated vents
- Temperature and humidity monitoring with data logging and automated alerts
- Natural ventilation combined with basic forced-air systems
- Pad & fan evaporative cooling for seasonal stabilization
- Single-layer energy screens for 30-40% energy savings
Growing & Water Management Systems
- Substrate-based hydroponics (rockwool, coco, perlite)
- Semi-automated drip irrigation with timer-based scheduling
- Manual EC and pH monitoring with periodic nutrient adjustments
- Basic fertigation systems mixing concentrated nutrients
- Partial drain water collection and reuse (basic filtration, semi -sterilization)
Operations & Processing
- Manual harvest trolleys and basic pipe rail systems for crop management
- Semi-automated packaging with manual quality control and sorting
- Simple production tracking and record keeping
Use Cases
- Regional growers expanding production capacity
- Seasonal crops with moderate climate control needs
- Projects prioritizing ROI with proven technology
Low-Tech Greenhouses
Cost-effective solutions for seasonal production and emerging markets
Low-tech greenhouses – simple frame structures with plastic film or polycarbonate -provide essential climate protection and season extension through simple, proven infrastructure designed for favorable climates and budget-conscious operations.
Climate Management
- Manual roll-up side walls and end vents for natural ventilation
- Basic heating with propane heaters, or biomass systems
- Min/max thermometers for temperature monitoring
- Manual shade cloth or whitewash for cooling
Growing & Water Management Systems
- Soil-based cultivation in ground beds or simple raised beds
- Basic containers: grow bags or pots with manual watering
- Hand watering with hoses or gravity-fed drip irrigation with timers
- Simple rainwater collection tanks with basic filtration
- Manual fertilizer application or basic fertigation through watering
Operations & Processing
- Manual harvesting & transport
- Simple on-site sorting and packing
- Basic workflow organization and production routines
- Low-cost handling, storage, and loading areas
Use Cases
- Seasonal production in favorable climates
- Starter projects and small-scale growers
- Regions with limited infrastructure or energy availability
Vertical Farming
High-density indoor agriculture with complete environmental control
Vertical farming maximizes space efficiency through stacked growing layers in climate-controlled indoor facilities, enabling year-round urban and on-site production for commercial, hospitality and pharmaceutical applications with minimal resource use.
Climate Management
- Modular racking with independent climate zones for different growth stages
- Advanced HVAC for precise temperature and humidity control across all levels
- Full-spectrum LED lighting tunable for crop type and growth stage (40-60% energy savings vs. traditional)
- Programmable light recipes with dynamic intensity and spectrum adjustment
Growing & Water Management Systems
- Aeroponics: roots in air with ultra-fine nutrient mist (95% water savings vs. soil)
- NFT (Nutrient Film Technique) or Deep Water Culture (DWC) for fast-growing crops
- Automated fertigation with real-time EC/pH monitoring and closed-loop recirculation (95-99% efficiency)
- UV and ozone sterilization for pathogen control
Operations & Processing
- Automated seeding, transplanting, and robotic harvesting
- Conveyor systems for plant movement between growth zones
- IoT sensors with remote monitoring and control capabilities
- Complete seed-to-harvest traceability and data management
- Heat recovery from LEDs and dehumidification for energy efficiency
Use Cases
- On-site production for restaurants, hotels, resorts, and premium food service environments
- Urban farming and local food production
- Leafy greens, herbs, and microgreens cultivation
- Pharmaceutical-grade cultivation (medicinal cannabis, plant-based medicines)
- Premium pesticide-free markets
- Research and development facilities