How to use smart greenhouses to develop high-tech agriculture? And achieve uninterrupted factory planting throughout the year!

First, build a high standard of intelligent temperature

Constant temperature and humidity intelligent control:

Construction of intelligent greenhouse that can maintain constant temperature and humidity, through advanced control system, according to the needs of crop growth for precise regulation, to ensure that crops grow in the best growth environment.

The introduction of the Internet of Things technology, real-time monitoring of the greenhouse temperature, humidity, light, carbon dioxide concentration and other environmental parameters, and through the automatic control system for accurate regulation.

Energy-saving equipment:

Energy-efficient LED lights are used as light sources to meet the needs of crops for light while reducing energy consumption. Equipped with automatic irrigation equipment to achieve precision irrigation, saving water resources and reducing labor costs.

Soilless cultivation techniques:

Soilless cultivation techniques such as substrate culture or hydroponics are used to avoid infestation of soil diseases and pests, while reducing the occupation of land resources.

Through the nutrient solution circulation system and the substrate cultivation system, the crop is continuously supplied with nutrients and water, further increasing the yield and quality.

Second, intelligent management and monitoring

24/7 monitoring:

Establish an all-weather smart agriculture control system to monitor environmental parameters and crop growth in the greenhouse in real time.

Remotely monitor and manage the greenhouse through mobile phones or computers to reduce labor intensity and improve production efficiency.

Data analysis and decision Support:

Using big data analysis technology, the collected data is deeply analyzed to provide scientific decision support for agricultural production.

Through data analysis, timely find and solve problems in the process of crop growth, improve the stability and reliability of agricultural production.

Third, scientific planning and planting

Rational planning of planting plan:

According to the growth cycle of different crops and market demand, reasonable planning of planting plan to achieve multi-stubble planting.

Through the precise control of intelligent greenhouse, to ensure that each crop can be grown in the best growth environment, improve the yield and quality.

Using crop rotation and interplanting patterns:

Make full use of land resources and improve land utilization rate.

Through reasonable crop rotation and interplanting, the soil structure can be improved, the occurrence of diseases and pests can be reduced, and the overall yield and quality of crops can be increased.

Fourth, the application of automatic cultivation technology

Introduction of automated cultivation techniques:

Automatic sowing, watering, fertilization and other operations to reduce human input.

The application of automatic cultivation technology can greatly improve the planting efficiency and reduce the production cost.

Fifth, strengthen scientific and technological research and development and personnel training

Increase investment in scientific research and development:

Support universities, research institutions and enterprises to carry out research on intelligent greenhouse and soilless cultivation technologies, including environmental control technologies, automated management systems, new cultivation substrates and nutrient solution formulations.

Training professionals:

Attach importance to the cultivation of agricultural science and technology talents, set up related majors and courses, provide practical opportunities, and cultivate compound talents who understand both agriculture and technology.

We will strengthen technical training for farmers and improve their ability to accept and apply new technologies.

6. Policy support and guidance

Formulate supportive policies:

The government has issued relevant policies to support agricultural enterprises, farmers' cooperatives and growers in developing smart greenhouses and soilless cultivation technologies with financial subsidies, tax incentives and discounted interest loans.

Planning industrial layout:

In combination with the resource advantages and market demand of various regions, the development plan of modern agriculture should be formulated, and the intelligent greenhouse and soilless cultivation industry should be rationally distributed.

7. Industrial synergy and integration

Promote the integration of three industries:

Promote the integrated development of intelligent greenhouses and soilless cultivation technology with agricultural products processing, logistics, tourism and other industries, extend the agricultural industry chain, and increase the added value of agricultural products.

Strengthen industry-university-research cooperation:

Build a platform for industry-university-research cooperation, promote cooperation between agricultural research institutions, universities and enterprises, and accelerate the transformation and application of scientific and technological achievements.

Through the comprehensive implementation of the above measures, we can make full use of the advantages of intelligent greenhouses, develop high-tech agriculture, and achieve uninterrupted factory planting throughout the year, improve agricultural production efficiency and quality, and promote sustainable development of agriculture.