Electricity Generation from Hybrid Green Energy and Waste Material for Smart Vertical farming and Irrigation with Fishing Management
Project Fee:Negotiable
Project Discount:0
Project Duration:One Month
Electricity Generation from Hybrid Green Energy and Waste Material for Smart Vertical farming and Irrigation with Fishing Management.
This project integrates hybrid renewable energy generation, waste-material utilization, smart vertical farming, automated irrigation, and fish farming management into a sustainable agricultural system. Solar and wind energy can provide electricity, while suitable waste materials can be utilized for additional energy recovery. Sensors and automated controls help monitor plant-growing conditions, manage irrigation, and maintain suitable water conditions for fish farming. The project aims to promote resource efficiency, sustainable agriculture, and integrated food production.
Generate electricity from hybrid green energy sources.
Utilize waste materials for energy recovery.
Support smart vertical farming.
Automate irrigation and water management.
Monitor fish-farming conditions.
Reduce resource wastage and promote sustainability.
Develop a hybrid energy generation setup using solar and wind power.
Integrate a suitable waste-to-energy unit.
Construct a vertical farming structure with an irrigation system.
Install sensors to monitor soil moisture, water level, and temperature.
Integrate a fish-farming tank with water-quality monitoring.
Connect the controller to automated pumps and monitoring devices.
Measure electrical output and evaluate farming and water-management performance.
Solar panel
Wind turbine and generator
Waste-to-energy conversion unit
Battery and power-conditioning circuit
Arduino or ESP32 controller
Soil moisture sensor
Water-level and water-temperature sensors
pH sensor for fish-farming water
Water pump and irrigation pipes
Vertical farming structure
Fish tank and aeration pump
Display and connecting wires
Solar panels convert sunlight into electricity, while the wind turbine generates electricity from wind.
The waste-to-energy unit converts suitable waste into usable energy through an appropriate conversion process.
The electrical system supplies power to selected farming and monitoring equipment.
Sensors measure soil moisture and environmental conditions to support automated irrigation.
Water-quality sensors monitor fish-farming conditions, while pumps and aeration equipment help maintain the aquatic environment.
The monitoring system displays sensor readings and supports efficient management of energy, crops, and fish.
Combines multiple energy sources
Supports waste-to-energy recovery
Enables smart vertical farming
Improves irrigation efficiency
Supports fish-farming management
Reduces resource wastage
Promotes sustainable food production
The project demonstrates an integrated approach to renewable electricity generation, waste utilization, vertical farming, irrigation, and fish-farming management. By connecting energy production with automated agricultural systems, it aims to improve resource efficiency and support sustainable food production. Further development can focus on improving energy conversion efficiency, water-quality monitoring, and automated control.
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đđ¨đ§đđđđ đđđđđĸđĨđŦ:
đ 01894-801150, 01886-180101
đ§Email: projects.zeronebd@gmail.com
đWeb: https://www.projects.zeronebd.com
YouTube Channel: https://www.youtube.com/c/ZerOneProjects
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