PROJECT OVERIVIEW
Precision AgriVoltaics for Enhanced Results
The PAVER project aims to design and develop an intelligent, robust, feasible and sustainable AIoT-Agrovoltaic platform capable of deployment in any greenhouse environment, regardless of climate conditions or crop type.
Our system is particularly valuable for regions with limited electrical infrastructure or water quality challenges, transforming resource constraints into opportunities for sustainable production.
By integrating solar technology with precision agriculture in a single unified platform, PAVER delivers dual benefits: clean energy generation while optimizing crop production in cascade hydroponic systems.
Core Innovations
Advanced AI Integration
Artificial intelligence algorithms jointly control and optimize photovoltaic panel performance, environmental sensors, and crop actuators in real-time.
Optimized Photovoltaics
Dynamic PV panel output maximizes energy generation while ensuring optimal light conditions for plant growth beneath the panels.
Hydroponic Cascade Systems
Water-efficient cascade hydroponic technology enables cultivation in water-scarce regions while maximizing resource utilization.
Advanced Sensors Network
Comprehensive environmental monitoring provides real-time data for optimal growing conditions and system performance.
Carbon Neutrality
Integrated renewable energy and efficient growing systems create a pathway to truly carbon-neutral food production.
Intelligent Control Systems
Automation and smart controls adjust environmental parameters based on crop needs and energy availability.
Core Innovations
Optimize Agricultural Productivity
Increase Crop Yields Through Precise Environmental Control And Resource Management In Controlled Environments.
Optimized Photovoltaics
Dynamic PV panel output maximizes energy generation while ensuring optimal light conditions for plant growth beneath the panels.
Hydroponic Cascade Systems
Water-efficient cascade hydroponic technology enables cultivation in water-scarce regions while maximizing resource utilization.
Advanced Sensors Network
Comprehensive environmental monitoring provides real-time data for optimal growing conditions and system performance.
Carbon Neutrality
Integrated renewable energy and efficient growing systems create a pathway to truly carbon-neutral food production.
Intelligent Control Systems
Automation and smart controls adjust environmental parameters based on crop needs and energy availability.
Passionate - Dedicated - Professional
