The Reservoir-Well Automation system has been developed to save farmers time and effort spent on opening and closing water sources in their fields. The project aims to provide convenience and efficiency to farmers by enabling automatic water accumulation.

Problem Area of the Project

The project aims to address the time and effort losses incurred by farmers when manually opening and closing water sources in their fields. Automation allows for automatic water accumulation and drainage.

Social, Economic, and Environmental Impact of the Problem

Social Impact: Automation enables farmers to manage water sources more easily, reducing their workload and saving time.

Economic Impact: More efficient water management results in economic benefits, such as water conservation and reduced energy costs.

Environmental Impact: Regular and automated water management supports more effective and sustainable use of water resources, positively impacting the environment.

Our Solution Strategy

The Reservoir-Well Automation system offers a solution that automates water management, providing farmers with time and effort savings.

Unique Aspects of the Solution Strategy

• The Reservoir-Well Automation system is different from other methods as it employs a float system that automatically controls water accumulation and drainage.
• Farmers are relieved from manual water management, enabling more efficient utilization of water resources.

SDG Impact of the Project

Clean Water and Sanitation

Regular water management supports the more efficient use of water resources.

Sustainable Cities and Communities

Automation technology enhances water management efficiency, providing convenience to farmers.

Targeted Goals

The project aims to automate water accumulation and drainage to make water management more efficient and easier for farmers.

Project Activities and Promotion

• Design and prototype production of the Reservoir-Well Automation system.
• Fieldwork and data analysis during testing and implementation stages.
• Promotion of the project at agriculture and water management conferences and events.
• Sharing benefits and success stories of the project through media channels.

Sustainability Goals

• The Reservoir-Well Automation system is constructed using durable and long-lasting materials to support sustainability goals.
• Increasing project effectiveness through training and technical support for farmers.

Project's Business Model

• The business model can focus on the sales and service of the Reservoir-Well Automation system.
• Additionally, a subscription-based business model can be considered for data analysis and reporting services.