intelligent farming vs. traditional farming

Introduction

Given climate change and the growing need for high-quality product production, greenhouse smart automation has become an essential need in agriculture. Smart greenhouses enable farmers to improve their productivity and product quality through optimal resource management and precise environmental control.

Comparison of Smart Greenhouses with Traditional Greenhouses

Definition of a Smart Greenhouse

A smart greenhouse is an environment that uses advanced technologies and automation systems to create optimal conditions for plant growth. These greenhouses automatically adjust temperature, humidity, light, and CO2 levels while optimizing resource consumption.

Why Do We Need Greenhouse Automation?

Greenhouse automation not only increases productivity and reduces costs but also leads to the production of higher-quality products and greater environmental compatibility. This technology helps achieve sustainability in agriculture by precisely managing resources and minimizing waste.

Benefits of Increased Productivity

• Optimization of Water and Energy Consumption: Smart irrigation systems and control of temperature and humidity optimize resource consumption and minimize waste.
• Increased Production: By precisely controlling environmental conditions, plants grow under optimal circumstances, maximizing production.
• Reduction of Labor Needs: The use of automation and smart technologies reduces the need for labor.
• Dense and Multi-Layer Planting: Maximizing greenhouse space to increase productivity.

Improving Product Quality

• Precise Environmental Control: Adjusting temperature, humidity, light, and CO2 levels to enhance product quality.
• Reduction of Pests and Diseases: Continuous monitoring reduces the likelihood of diseases and pests.
• Ensuring Product Uniformity: Producing uniform and high-quality products.
• Increased Product Longevity: Products grown under ideal conditions have a longer shelf life.

Cost Reduction

• Water and Energy Savings: Reducing resource consumption and associated costs.
• Reduction of Labor Costs: Lowering the need for labor and related expenses.
• Reduction of Waste: Optimal management of conditions reduces losses and waste.
• Increased Return on Investment: Faster capital return due to increased production and reduced costs.

Other Benefits

• Reduced Environmental Impact: Optimal resource use and reduced pollution.
• Increased Flexibility in Production: Ability to produce various products under changing environmental conditions.
• Remote Control Capability: Managing and controlling the greenhouse remotely using smart software.
• Data Collection for Improved Decision-Making: Utilizing accurate data to optimize processes.

Conclusion

Smart greenhouse automation offers numerous advantages over traditional methods, including increased productivity, reduced costs, improved product quality, and minimized environmental impact. Saeian Sanat Novin, with its innovative automation solutions, helps farmers achieve these goals. Investing in smart technologies is essential for modern and sustainable agriculture.