En el contexto del cambio climático global, los fenómenos meteorológicos extremos son frecuentes, las fluctuaciones de temperatura se intensifican y los patrones de precipitaciones cambian, lo que presenta desafíos sin precedentes para la producción agrícola tradicional. Con su precisa capacidad para regular el medio ambiente, los invernaderos de vidrio se han convertido en una herramienta importante para que la agricultura moderna enfrente el cambio climático. Una exploración en profundidad de las tecnologías adaptativas y las perspectivas de desarrollo de los invernaderos de vidrio es de profunda importancia para garantizar la seguridad alimentaria mundial y promover el desarrollo agrícola sostenible. ​

In the traditional agricultural model, farmers often say "rely on the weather for a living." A heavy rainstorm or a drought can potentially reduce crop yields or even lead to total crop failures. However, the emergence of container farms has completely changed this situation, enabling humanity to shift from passively accepting natural conditions to actively "controlling the climate" and achieving intelligent planting.

The black greenhouse breaks the contradiction between agricultural production and ecological protection with innovative technologies, achieving green and efficient development. It reduces energy consumption through intelligent temperature-controlled shading materials, saves water and fertilizer by applying precise water and fertilizer integration technology, reduces pollution by combining biological and physical pest control methods, and also constructs a waste recycling system. From resource utilization to ecological protection, the black greenhouse is leading modern agriculture onto a new path of sustainable development.

Como nuevo método de cultivo, el tanque de plantación de fresas muestra muchas tendencias y oportunidades nuevas en el desarrollo futuro de la industria de la fresa. A continuación se presentan algunos puntos clave::

Hydroponic cultivation, also known as hydroponics or soilless cultivation, is an agricultural technique in which nutrients are supplied to plants by nutrient solution in the absence of soil. This planting method is of great significance for the future development of agriculture, mainly reflected in the following aspects:

Traditional agriculture is under unprecedented pressure from the global challenges of shrinking arable land, population growth and climate change. And a seemingly ordinary intelligent vegetable planting machine, but quietly rewrite the rules with the power of science and technology - it does not need soil, is not afraid of the four seasons, and can even grow fresh vegetables in the corner of the living room. Compared with the traditional planting method, the intelligent vegetable planting machine has many advantages, which are mainly reflected in the following aspects