Intelligent Greenhouse Solutions for Maximum Productivity
At Buraq Integrated Solutions, we design and deploy fully automated, climate-controlled greenhouse systems that combine advanced sensing technologies, intelligent automation, and precision resource management to create ideal growing conditions throughout the year.
Our greenhouse automation solutions are engineered to help growers achieve:
- Higher crop yields
- Improved crop quality and uniformity
- Reduced water and fertilizer consumption
- Protection against extreme weather conditions
- Lower operational costs
- Year-round production
- Complete remote monitoring and control
We provide end-to-end greenhouse automation services—from design and engineering to installation, commissioning, training, and long-term technical support.
Buraq Integrated Solutions delivers high-precision micrometeorological systems for monitoring greenhouse gas fluxes—including CO₂, H₂O, CH₄, N₂O, and CO₂ isotopes—as well as key energy fluxes such as sensible heat, latent heat, and momentum. Our open-path (5 W) and closed-path (12 W) eddy covariance systems operate with the lowest total power consumption in the industry, ensuring reliable performance even in remote or harsh environments. Designed for durability and low maintenance, these systems provide long-term, stable data for greenhouse automation and environmental research.
Our solutions are developed for:
- Commercial vegetable production
- Hydroponic farming
- High-value horticultural crops
- Floriculture
- Nursery propagation systems
- Research and experimental greenhouses
- Seedling production facilities
Each greenhouse is customized according to crop type, climatic zone, production objectives, and operational requirements.
The foundation of every successful greenhouse is precise environmental control.
Our integrated Environment Control System (ECS) continuously monitors and regulates internal growing conditions to maintain optimum plant health and maximize productivity.
Automated management of ventilation systems, exhaust fans, cooling pads, circulation fans, heating systems, and thermal screens ensures precise temperature control within the greenhouse. This integrated approach maintains stable conditions throughout both day and night, creating an optimal environment for consistent plant growth and productivity.
Precise humidity control is achieved through automated misting and fogging systems, synchronized ventilation, and effective dehumidification strategies. This ensures optimal moisture levels within the greenhouse, helping to prevent fungal diseases, excess transpiration, plant stress, and condensation damage.
Advanced systems can integrate CO₂ enrichment controls to enhance photosynthesis efficiency, accelerate plant growth rates, and significantly improve overall crop productivity.
Every greenhouse installation includes a professional-grade Automatic Weather Station (AWS) that provides real-time external climate intelligence.
The system monitors key environmental parameters including ambient temperature, relative humidity, solar radiation, wind speed, wind direction, rainfall, and barometric pressure, with optional measurement of leaf wetness for more advanced crop monitoring.
The system can automatically respond to changing external weather conditions by:
- Closing vents during high winds
- Activating shading during intense radiation
- Adjusting irrigation schedules
- Preparing temperature response strategies
- Protecting crops from sudden weather fluctuations
We deploy precision-grade internal sensing systems for accurate microclimate monitoring
- Air temperature sensors
- Relative humidity sensors
- Vapor Pressure Deficit (VPD) monitoring
- CO₂ sensors
- Leaf temperature sensors
- Leaf wetness sensors
- Canopy condition monitoring
- Soil moisture sensors
- Growing media moisture sensors
- Root zone temperature sensors
- Electrical conductivity (EC) sensors
- pH sensors
Our irrigation systems operate automatically based on real-time sensor thresholds rather than fixed schedules.
The system continuously analyzes:
Soil moisture levels, Root zone conditions, Crop water demand, Weather forecasts and Evapotranspiration trends.
Irrigation is triggered only when required.
Advantages
- Eliminates over-irrigation
- Prevents water stress
- Reduces water wastage
- Improves nutrient uptake
- Enhances root development
Precise humidity control through:
- Automated misting systems
- Fogging systems
- Ventilation synchronization
- Dehumidification strategies
This prevents:
- Fungal diseases
- Excess transpiration
- Plant stress
- Condensation damage
Water quality is critical for greenhouse success. We integrate Reverse Osmosis (RO) Plants to provide clean, controlled irrigation water.
RO System Benefits
- Removal of dissolved salts
- Reduction of water hardness
- Elimination of harmful contaminants
- Stable nutrient formulation
- Improved fertigation accuracy
Our external shading systems protect crops from excessive solar radiation and heat load.
Automated Functions
The system activates automatically based on:
- Solar radiation thresholds
- Greenhouse temperature
- Crop sensitivity requirements
- Seasonal programming
Internal shading systems provide precise microclimate control.
Functions
- Daytime light diffusion
- Night-time heat retention
- Energy conservation
- Crop protection
Automated deployment ensures dynamic response to changing environmental conditions.
Our high-pressure misting systems maintain ideal humidity and cooling.
Applications
- Temperature reduction
- Humidity enhancement
- Seedling propagation
- Disease prevention through controlled application
Efficient air movement is essential for plant health.
Our systems automate:
- Roof vent opening
- Side curtain movement
- Exhaust fan activation
- Horizontal airflow fans
Control logic is based on:
- Internal temperature
- Humidity
- External wind conditions
- Differential pressure
All greenhouse subsystems are integrated into a unified smart control platform.
Monitor:
- Environmental conditions
- Irrigation activity
- Nutrient dosing
- Equipment status
- Alarm notifications
Operate your greenhouse from anywhere through:
- Web portal
- Mobile application
- Tablet interface
Instant notifications for:
- Equipment malfunction
- Water shortage
- Sensor anomalies
- Climate threshold breaches
- Power failures
Access comprehensive reports for:
- Climate trends
- Irrigation performance
- Resource consumption
- Crop environment optimization
Our systems are engineered to minimize operational costs through:
- Intelligent actuator scheduling
- Demand-based equipment operation
- Automated energy optimization
- Thermal retention strategies
- Efficient water pumping control
We provide complete greenhouse engineering services including:
- Structural design consultation
- Environmental load analysis
- Automation architecture design
- Hydraulic system design
- Electrical integration
- Control panel fabrication
Our professional services include:
- Installation : Complete mechanical, electrical, and automation installation
- Commissioning: System calibration, testing, and optimization
- Training: Operator and management training for efficient greenhouse operation
- After-Sales Support: Ongoing maintenance and technical assistance
- Advanced Sensor Integration : Industry-grade precision sensing systems
- Fully Customized Automation : Designed according to crop and climate requirements
- Smart Threshold-Based Decision Making : True precision agriculture automation
- Remote Monitoring & Control: Full visibility from anywhere
- Water & Fertilizer Optimization: Maximum efficiency with minimal waste
- Local Technical Expertise: Reliable deployment and long-term support
Our greenhouse automation solutions enable growers to transition from traditional cultivation to data-driven, high-efficiency smart agriculture.
With precision control over climate, irrigation, nutrition, and environmental conditions, we help agricultural enterprises achieve sustainable, profitable, and resilient production systems.