Digital solar greenhouses may become mainstream, let's see together!

The solar greenhouse is highly sustainable and can cultivate vegetable seedlings, fruit tree seedlings and various flower seedlings. The cultivated vegetables include melons, solanaceous fruits, green leafy vegetables, onions and garlic, beans, cauliflower, edible fungi Dozens of vegetables, sprouts, etc., can promote early maturity, high yield and prolong supply period. It is an effective way for humans to conquer nature, expand vegetable production, and achieve annual supply. In addition to potted flowers, flower production also includes various cut flowers such as roses, chrysanthemums, lilies and gerbera. Fruit tree production continues to develop, and greenhouse production of strawberries, grapes, peaches and cherries has achieved good results. From the perspective of development trends, greenhouses are becoming more and more large-scale and assembled, and have become one of the symbols of modern agriculture.

The 21st century is the era of "Agriculture 4.0", which is a highly intelligent planting management that integrates intelligent interconnection, Internet of Things, big data, e-commerce and other Internet technologies. Digital construction goals. The agricultural technology revolution has developed from the "human labor" of "Agriculture 1.0" to the "smart agriculture" era of "Agriculture 4.0". No matter what stage, profitability is the last word for producers, and digital planting management can not only give producers Bringing more dividends is also the only way to improve the level of modern agricultural production management.

Through the Internet of Things technology, the digital solar greenhouse can achieve the purpose of improving product quality, adjusting the growth cycle, and improving economic benefits, especially to achieve efficient and accurate greenhouse management. For large-scale greenhouse facilities, if the environmental conditions in the greenhouse are controlled manually, it requires a lot of manpower and time, and there are unavoidable manual errors. If you apply the Internet of Things technology, you only need to click the mouse to complete the manual operation in the shortest time, and it is very rigorous.

Traditional agriculture requires manpower to supervise after planting, and at the same time, it is extremely dependent on the climate and environment, which can be called "man-made, and heaven-made". In the process of crop growth, the digital solar greenhouse can not only rely on various sensors installed in the smart greenhouse to understand the crop growth situation in real time, but also conduct comprehensive and accurate analysis and monitoring through the Internet of Things, AI, etc., to provide a comfortable growth environment for greenhouse crops. , can greatly improve the survival and growth rate of crops. Compared with traditional planting methods, it can avoid relying on the sky for food, greatly reduce the labor force, and increase the income for farmers.

Digital greenhouse facilities are an industry with relatively high input, output and benefits. Only when a considerable scale is formed, can it be beneficial to standardization and standardized production, and can an influential brand be formed, thereby occupying the market, better exploiting the advantages of sustainable utilization of resources, and bringing greater economic benefits. Therefore, governments at all levels should formulate preferential policies, increase investment, support and cultivate large-scale greenhouse agriculture bases, accelerate the development of facility agriculture and enterprises, and promote the industrialization of greenhouse facility agriculture on the basis of well-planned planning.