“In addition, our large-scale intelligent unmanned vegetable factory can also dynamically adjust the planting area, shelf time, etc. of various vegetables according to the sales volume of various vegetables in various supermarkets.
For example, during the alternation of seasons, such as spring and winter, when there is a shortage of vegetables, planting more green leafy vegetables and fresh vegetables can ensure market supply and also earn considerable profits.
For another example, conventional greenhouses can only maintain heat, and produce only some summer and autumn vegetables. For example, some vegetables that require low temperature growth cannot be produced out of season.
Our large-scale intelligent unmanned vegetable factory has the ability to adjust temperature. Even in the hot season, you can eat some vegetables that only appear in winter, such as cabbage, radish, carrots, lettuce, garlic sprouts, leeks, leeks, etc.
wait.
These vegetables can not only enrich the vegetable types in summer and autumn, but also obtain relatively high profits.
Finally, our large-scale intelligent unmanned vegetable factory adopts an intelligent unmanned management production mode, so the quality of the vegetables is relatively good, and green and pollution-free vegetables can be realized. No pesticides will be sprayed during the whole process, and there will be no pesticide residues, achieving zero
Pollution, green, healthy, and organic. Moreover, the shape, color, and size of vegetables are relatively uniform, and there are no pests, diseases, or damage. Such vegetables will definitely be welcomed by consumers once they are put on the market.
In fact, the several large-scale intelligent unmanned vegetable factories we have built so far have proven this. Our vegetables are more expensive than similar vegetables on the market, but they are still popular with consumers.
Many consumers even make reservations on the APP in advance in order to grab these vegetables and fruits.
The growth process of all our vegetables will be live broadcast, and consumers can view it anytime and anywhere through the APP. And each batch of our vegetables will undergo laboratory testing, and all products must meet relevant standards before they can be shipped out of the factory.
These vegetables will have special QR codes on them. Consumers only need to scan the QR code to learn the inspection results and related production data of these vegetables, such as the number of days to grow, sweetness, nutrients, etc. of these vegetables.
No longer will some vegetables be sprayed with ripening agents in order to accelerate their ripening, and some vegetables will be soaked in various substances to ensure their taste, etc.
At present, our vegetable brand has gained the trust of consumers, which has laid the foundation for our operation and development."
At this point, Shen Ning paused for a moment, then looked at everyone and continued to preach.
"In addition to vegetables, the same applies to fruits. Large-scale intelligent unmanned vegetable factories can also produce some fruits, such as watermelons, melons, cantaloupes, strawberries, etc., which can be grown and cultivated in the factory.
And unlike the bland taste of fruits grown in greenhouses, the fruits we cultivate using large-scale intelligent unmanned vegetable factories taste very sweet, even sweeter than fruits grown outdoors.
Conventional greenhouses cannot control the temperature, so these melons and fruits cannot absorb more sunlight, nor can they withstand lower temperatures and accumulate sugar. Therefore, they look good, but in fact they taste very bland, which is why we eat these melons.
The taste of the fruit is getting weaker and weaker, making it unpalatable.
Our large-scale intelligent unmanned vegetable factory can adjust temperature, light, humidity and moisture, etc. It can provide sufficient light and temperature during the day, and can provide very low temperature at night. In this way, alternately,
The taste of these fruits will be very sweet.
And because all parameters of the large-scale intelligent unmanned vegetable factory are controllable, the fruits produced and cultivated have uniform quality and taste. Unlike fruits that naturally terminate, because they are affected by weather, soil, nutrients, diseases and insect pests
, resulting in differences in these fruits and uneven quality."
“In addition to these herbs and fruits that can be cultivated in large-scale intelligent unmanned vegetable factories, we have also opened multiple intelligent unmanned fruit bases in Xijiang, Anxi, Northwest, Shonan and other regions. Growers in these bases
A large number of high value-added fruits, such as cherries, pears, grapes, sweet apricots, navel oranges and other fruits, are also managed by intelligent unmanned systems. At present, these orchards have begun to take shape, and some orchards have begun to bear fruit.
However, in order to ensure that the fruits produced in these orchards meet uniform standards, we will not sell these fruits to the outside world at this stage.
We will consume a large part of it ourselves and supply it to the company restaurant and employees. We will also sell a part of it to prepare for the sales in the coming year."
"In addition to these, this year we are mainly promoting several flower bases that we have carefully built. All flower varieties are brand-new flower varieties developed and cultivated by us using the company's plant science research center. These flowers will also be placed in
It will be launched on the market during several important festivals this year, such as the upcoming Chinese Valentine's Day, National Day, New Year's Day, Spring Festival, and Valentine's Day.
From flowers alone, the annual revenue will reach more than one billion yuan or more."
After the introduction, Shen Ning glanced at Wu Hao, who was listening with a smile, and he felt reassured, and then continued: "This is also an attempt of ours, and we will continue to expand our investment and output in this area in the future.
In addition to entering the market, we will also actively cooperate with some agricultural companies and even farmers, fruit growers, flower growers, and provide them with our high-quality crop seeds, nurseries, etc.
Finally, there is our drought-tolerant crops, which are currently mainly for public welfare. We have reached relevant agreements with relevant national authorities and local governments and will launch a project on the planting of genetically modified and gene-edited drought-tolerant plants.
work, the first batch of planting area will reach 100,000 acres.
We will use these 100,000 acres of drought-tolerant plants to verify the stability and safety of these transgenic and gene-edited drought-tolerant plants, as well as their effectiveness in controlling desertification and salinization of land.
The focus is to verify whether these transgenic and gene-edited drought-tolerant plants will have an impact on the surrounding ecological environment. The duration of the entire project is relatively long and will be divided into four time points of one year, three years, five years and ten years.
After the safety of these drought-tolerant plants is fully verified, these drought-tolerant plants will begin to be planted on a large scale, which may change the entire northwest desertification environment, make the entire northwest region covered with green, and contribute to the world's desertification and salinity
We provide mature solutions and technologies for chemical control and promote the control of desertification and salinized land throughout the world.
This will play a major role in promoting our ongoing energy conservation, emission reduction, carbon neutrality, and environmental protection and benefit all mankind."
