This project aims to overcome the challenges of traditional greenhouse methods. The difficulty of controlling factors such as air circulation, temperature and humidity inside the greenhouse and the resulting lack of productivity negatively affect agricultural production. The use of advanced greenhouse sensors and automation technologies aims to provide solutions to these problems, while providing farmers with the opportunity to farm more efficiently, safely and sustainably.

Problem Area of the Project

Growing crops using traditional greenhouse methods is difficult and risky. People hesitate to set up greenhouses or cultivate crops indoors due to the challenges in controlling air circulation, temperature, and humidity. This situation leads to inefficient agricultural practices and potential production losses.

Social, Economic, and Environmental Impact of the Problem

• Social Impact: Through greenhouse sensors, farmers growing crops will experience reduced workload and be able to engage in more efficient farming practices. Additionally, as agricultural production increases, food security will improve, and the community's nutritional status will be enhanced.
• Economic Impact: Greenhouse sensors will enhance agricultural productivity by providing the right climate conditions and reducing production losses. This will lead to increased income for farmers and contribute to the agricultural sector's economic growth.
• Environmental Impact: Ensuring the right climate conditions will result in more efficient use of natural resources like water and energy. This will promote the adoption of eco-friendly agricultural practices and contribute to reducing environmental impacts.

Solution Strategy as Agricultural Solution Center

• Greenhouse Sensors and Automation Technologies: By utilizing advanced greenhouse sensors and automation systems, important parameters such as air circulation, temperature, and humidity will be continuously monitored and adjusted to maintain the right climate conditions.
• Data Analysis and Recommendations: Data analysis from the sensors will enable farmers to receive suitable agricultural strategies and solutions. This will increase efficiency while optimizing resource use.

Unique Aspects of the Solution Strategy

This project aims to consistently provide the right climate conditions by using advanced greenhouse sensors and automation technologies. This will enable farmers to manage their production processes more effectively and efficiently.

Project's Differentiators and Objectives

• Differentiator: The project stands out by employing advanced greenhouse sensors and automation systems to enable more productive and controlled farming practices compared to traditional greenhouse methods.
• Objectives: The project's objectives include facilitating farmers' production processes to increase agricultural productivity, reduce production losses, and promote eco-friendly agricultural practices.

Project Activities and Promotion

The developed greenhouse sensors and automation systems will be introduced to farmers, and they will receive training on their usage and data interpretation. Promotion of the project will be carried out through platforms such as agricultural conferences, exhibitions, and social media, along with collaboration with stakeholders.

Sustainability Goals

To ensure project sustainability, regular maintenance of sensors and data collection processes will be required. Continuous education for farmers and staying updated on new technological advancements will provide farmers with ongoing access to current information and support.

Project's SDG Impact

SDG 2: Zero Hunger 

Contribute to food security through efficient and controlled farming practices.

SDG 7: Affordable and Clean Energy

Enhance energy efficiency and promote eco-friendly greenhouse practices.

Project's Business Model

The project's funding can be obtained from agriculture technology companies, agricultural cooperatives, government support, or contributions from farmers. Relevant technology companies or agricultural cooperatives can produce and distribute greenhouse sensors. Additionally, these companies can generate revenue by providing technical support and services to farmers.