1. Optimize the performance of photovoltaic panels
Implement AI algorithms to maximize energy generation under variable climate and location conditions.
Project direction
Objectives
Develop an intelligent, robust, feasible, and sustainable AIoT-Agrovoltaic platform Designed to operate in any type of greenhouse, simultaneously optimizing agricultural production and photovoltaic performance, even in areas with limited access to the electrical grid or scarce water resources.
2. Monitor physical parameters through sensors
Integrate sensor networks to collect real-time data on climate, soil, water, and crop conditions.
3. Control crop actuators in real time
Automate irrigation, ventilation, lighting, and other systems to improve greenhouse efficiency.
4. Enhance crop efficiency and photovoltaic performance
Achieve a balance between agricultural production and renewable energy generation.
5. Promote the adoption of agrivoltaics in cascade hydroponic greenhouses
Facilitate the implementation of sustainable systems in agricultural contexts with resource limitations
6. Advance towards carbon neutrality in food production
Reduce the environmental footprint of greenhouses through solar energy and intelligent resource management.