paddyAkvo®'s AWD Method: Transforming Paddy Cultivation for Better Water Usage and Increased Profits
Farmer
Andhra Pradesh
Deployed Devices
Pain Points
The paddy fields faced challenges in maintaining consistent yields due to,
Reduced Crop Yield
Overwatering limits root oxygen, stunting growth, while underwatering causes drought stress, hindering nutrient uptake and grain development.
Increased Greenhouse Gas Emissions
Continuous flooding creates anaerobic conditions, increasing methane emissions from the field and contributing to climate change.
Nutrient Imbalance
Excess water can leach essential nutrients, reducing soil fertility, while prolonged flooding may cause harmful compounds like sulfides to accumulate in the soil.
Our Offerings
Based on the issues and complexities, we proposed the following solutions,
IoT Sensors for Real-Time Tracking
Devices accurately monitor water levels in real-time, providing reliable data directly from the field.
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Wireless Communication for Remote Monitoring
Data is seamlessly transferred to cloud platforms, enabling users to monitor water levels from anywhere.
Battery-Powered for Continuous Operation
Energy-efficient systems ensure uninterrupted performance, even in remote or off-grid areas.
Predictive Analytics for Water Management
Advanced data analytics help forecast water levels, detect anomalies and optimize water usage for better efficiency.
Outcomes
Optimized Water Management
Ensures the field receives the right amount of water, minimizing wastage and conserving resources. Facilitates proper implementation of the Alternate Wetting and Drying method, reducing unnecessary flooding.
Lower Greenhouse Gas Emissions
Methane Reduction: Intermittent drying of the field reduces anaerobic conditions, lowering methane emissions associated with continuous flooding.
Sustainability
Resource Conservation: Ensures sustainable use of water, a critical resource in paddy growth.
"paddyAkvo® AWD AI-IoT has greatly improved my farm’s efficiency. It tracks water needs and adjusts irrigation, reducing water usage by 30%. This system has boosted my crop yield and increased my overall profit, making my farm more sustainable and profitable.”
— Mr. D. Surya narayana (Farmer), Andhra Pradesh.
Sustainable Farming Starts with Smart Water Control
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