Industrialized production, digitalized management, and low-carbon energy are the development characteristics of commercial greenhouses. Specialized facilities designed for large-scale agricultural production enable efficient, stable, and year-round crop production through environmental control technologies.
So, what exactly is the industrialized production of greenhouses?
The manifestation of primary industrialization is the installation of electric film rolling or electric window opening systems, along with a simple drip irrigation system. With these systems in place, the greenhouse has the basic ability to regulate the greenhouse environment and irrigate plants. Of course, the effects they bring are limited. Film rolling ventilation and window opening ventilation can only reduce the internal temperature of the greenhouse and supplement the carbon dioxide concentration inside the greenhouse to a certain extent.
The manifestation of industrial-grade industrialization is the logistics system. The greenhouse achieves a production mode in a pipelined manner from planting to harvesting.
What is the digitalized management of greenhouses?
Digitalized management of greenhouses precisely monitor and control the greenhouse environment by adopting digital technologies such as the Internet of Things (IoT), artificial intelligence, and big data.
It is manifested in a fully automatic greenhouse environment control system. The greenhouse realizes automated and intelligent control of the internal environment, providing all-round suitable growth conditions and requirements for indoor plants. Through tools such as the Internet and mobile apps, users can monitor the environmental conditions inside the greenhouse anytime and anywhere, promptly detect and solve problems. Through intelligent management, the consumption of water, electricity, and fertilizers is reduced, achieving green and sustainable development. By using big data and artificial intelligence technologies to analyze crop growth patterns and market demands, the planting plan and management strategy are optimized, improving both yield and quality.
What is the low-carbonization of greenhouse energy?
Firstly, the use of renewable energy, such as solar energy, reduces the dependence on fossil fuels. Secondly, more efficient equipment and processes are adopted during the production process to reduce energy consumption and emissions. At the same time, the excess electricity generated by solar energy can be sent out.
Panda Greenhouse is a technology enterprise that focuses on the research, development, and application of greenhouse Building Integrated Photovoltaic (BIPV) technology. The company's core technology has three major advantages: Firstly, it reduces construction costs through a lightweight steel structure while enhancing wind resistance and pressure resistance; Secondly, it adopts a design with adjustable light transmittance to meet the lighting requirements of different crops; Thirdly, it integrates an intelligent control system to achieve precise regulation of environmental parameters. The products have been successfully applied in fields such as the cultivation of high-value-added crops and ecological agricultural parks, increasing the comprehensive income per unit area.
Post time: Apr-21-2025