Siheyuan: I am protecting Shazhu, who dares to object?

After reaching a preliminary cooperation intention with the United Nations Agricultural Development Organization, Guangming Factory is fully aware that this is an important step towards the sustainable development of global agriculture. At the same time, it also realizes the need to further expand the depth and breadth of international cooperation, better disseminate its own technological advantages, and assist the agricultural modernization process in more countries and regions.

Wang Dashan actively organized his team to prepare for exchanges and cooperation with agricultural-related institutions and enterprises in various countries.

On this day, Guangming Factory welcomed a team of agricultural representatives from Europe, Asia, Africa and other regions. They gathered together with a desire for innovative agricultural technologies and a passion to seek cooperation opportunities.

In the conference room, Wang Dashan gave an enthusiastic opening speech: "Dear friends who have come from afar, welcome to Guangming Factory. Today, global agriculture is facing many challenges. We firmly believe that through international cooperation and technology sharing, we can open up new paths for agricultural development."

Pierre, a European agricultural representative, spoke first: "Director Wang, there is a growing demand for intelligent and precise agricultural machinery in Europe. Take the French wine industry as an example. The management of vineyards requires highly precise agricultural machinery for operations such as soil monitoring and grape picking. We have heard that Guangming Factory has made remarkable achievements in intelligent agricultural machinery. We would like to know how to apply these technologies to our characteristic agriculture?"

Wang Dashan responded with a smile: "Mr. Pierre, our intelligent precision agricultural machinery can indeed be customized according to the needs of different crops. For example, our intelligent monitoring equipment can analyze the fertility, humidity, and pests and diseases of the vineyard soil in real time, and provide data support for precise fertilization, irrigation, and pest and disease control. And the intelligent picking machinery can accurately identify ripe grapes through image recognition technology, pick them gently, and reduce damage to the vines and fruits. We can arrange a technical team to discuss the specific cooperation plan with you in depth, and make adaptive adjustments and optimizations to the equipment according to the actual terrain and planting patterns of French vineyards."

Mr. Suzuki from Japan, the Asian agriculture representative, continued, "Director Wang, in Asia, especially in Japan, our agriculture faces the problems of limited land resources and an aging workforce. We see that Guangming Factory has researched and developed small agricultural machinery, which is very attractive to us. But we are also concerned about the durability and maintenance costs of these small machines. After all, our farmers want the equipment to operate stably for a long time and be easy to maintain."

Dr. Zhang, a technical expert at Guangming Plant, gave a detailed answer: "Mr. Suzuki, our small agricultural machinery is designed with durability and easy maintenance in mind. For example, we use high-strength alloy materials to ensure that the machinery can maintain good performance under frequent use. At the same time, we have equipped each device with detailed maintenance manuals and video tutorials, and have established multiple after-sales service outlets in Asia with professional technicians. We can also provide regular maintenance training courses for Japanese farmers so that they can easily handle some common minor faults themselves. In addition, we can cooperate with local machinery manufacturers in Japan to carry out localized production to further reduce costs and ensure the timely supply of parts."

African agricultural representative Kamali from Kenya said excitedly: "Guangming Factory's agricultural assistance projects in Africa have achieved very good results. We hope to further strengthen cooperation, not only in agricultural machinery, but also in the extension of the agricultural industry chain. For example, agricultural product processing technology. Many of our agricultural products can only be sold at low prices due to lack of processing technology, and the added value is very low."

Wang Dashan pondered for a moment and said, "Mr. Kamali, we understand the current situation and needs of African agriculture. In terms of agricultural product processing technology, we can share some simple processing technologies suitable for local African agricultural products, such as fruit drying and pickling technology, and preliminary grain processing technology. We can send professional agricultural product processing technology experts to Africa to establish small agricultural product processing workshops with local farmers and enterprises, and provide all-round guidance from raw material selection, processing technology to packaging design. At the same time, we can also explore cooperation with local agricultural cooperatives in Africa to establish agricultural product processing industry clusters to improve the added value and market competitiveness of agricultural products."

During the heated discussions, representatives from various countries expressed their strong desire to cooperate with Guangming Factory and put forward many constructive opinions and suggestions.

Afterwards, Guangming Factory organized representatives from various countries to visit its latest agricultural technology research and development results display area.

In the exhibition area, a new type of intelligent agricultural drone attracted everyone's attention.

The technician demonstrated the functions of the drone: "This drone is equipped with a high-resolution camera and multispectral sensors, which can quickly and accurately map and monitor large areas of farmland. It can obtain detailed information about farmland in a short period of time, such as crop growth conditions, distribution of pests and diseases, water stress, etc., and provide accurate data support for agricultural decision-making. Moreover, it can also be linked with intelligent agricultural machinery on the ground to achieve automated and precise operations."

European representative Pierre asked curiously: "Can this drone still work normally in complex weather conditions, such as strong winds and light rain? Is its data transmission stable and reliable?"

The technician replied: "Mr. Pierre, this drone has undergone rigorous wind tunnel testing and waterproof testing, and can still fly and work stably in certain strong winds and light rain. Its data transmission uses advanced encryption technology and multi-band transmission technology to ensure stable and reliable data transmission. Even in an environment with strong signal interference, it can ensure data continuity by intelligently switching frequency bands."

Mr. Suzuki, the Asian representative, asked again: “Is it easy to learn how to operate a drone? After all, our farmers may not have much professional technical knowledge.”

The technician smiled and said, "Mr. Suzuki, we took the convenience of operation into consideration when designing this drone. It is equipped with a simple and easy-to-understand operation interface and intelligent assistance system. Farmers only need simple training to easily operate it. In addition, we can also provide remote operation guidance services. When farmers encounter problems during operation, our technicians can remotely assist in solving them through the Internet."

African representative Kamali asked with concern: "Is this drone expensive? For our agriculture in Africa, cost is an important consideration."

Wang Dashan replied: "Mr. Kamali, we have developed drone packages with different configurations and functions based on cost factors. For African agriculture, we have special economic packages that try to keep prices as low as possible while ensuring basic functions. We are also exploring cooperation with international financial institutions to provide financial support solutions for the purchase of drones for African agriculture, such as low-interest loans and installment payments, so that more African farmers can afford this advanced agricultural technology equipment."

After the visit, representatives from various countries held in-depth discussions with Guangming Factory on specific cooperation projects and signed a series of letters of intent for cooperation.

These collaborations cover a number of areas including agricultural machinery technology transfer, joint research and development, agricultural product processing technology sharing, and agricultural technical talent training, opening a new chapter for Guangming Factory's cooperation in the global agricultural field.

While international cooperation continues to expand, Guangming Factory is also actively promoting the realization of the vision of sharing agricultural technology.

Guangming Factory has jointly established an agricultural technology sharing research center with a number of domestic agricultural research institutes and universities.

At the founding ceremony of the research center, Wang Dashan delivered a speech: "Dear colleagues, sharing agricultural technology is the key to promoting global agricultural development. We hope to integrate resources from all parties through this research center, better disseminate our agricultural technology achievements, and benefit more farmers."

Professor Li from an agricultural research institute said, "Director Wang, we have many theoretical research results in agricultural research, but we lack platforms and channels to transform these results into practical applications. Guangming has rich experience in agricultural machinery manufacturing and marketing, and we believe that through cooperation we can complement each other's strengths. For example, our research results in crop genetic improvement can be combined with Guangming's intelligent sowing and precision irrigation technologies to cultivate high-yield crop varieties that are more adaptable to different environments, and promote them to all parts of the world through Guangming's global sales network."

Zhao Gang, director of the R&D department of Guangming Plant, responded: "Professor Li, your idea is very good. We can set up a joint R&D project team to jointly promote the research of crop variety improvement and agricultural machinery supporting technologies. We can also invite international agricultural experts to participate and share agricultural practice experience from different regions to make our research results more universal and adaptable."

In the daily work of the research center, agricultural technicians from different regions and fields work closely together.

They jointly studied how to combine the agricultural machinery technology of Guangming Factory with the actual agricultural production in various places, and develop agricultural technology solutions that are more suitable for local farmers.

For example, for rice cultivation in Southeast Asia, researchers explored how to optimize the Guangming Factory's intelligent irrigation system to more accurately meet the water needs of rice at different growth stages.

Xiao Zhang, a technician at Guangming Plant, said: "The rice planting environment in Southeast Asia is complex, with abundant but uneven rainfall. Our intelligent irrigation system needs to combine local meteorological data and the topographical characteristics of the rice fields to develop personalized irrigation strategies. For example, before the rainy season, we can appropriately reduce the amount of irrigation to prevent floods and waterlogging; in the dry season, we can increase the intensity of irrigation to ensure the water needed for rice growth."

Amin, an expert on agriculture in Southeast Asia, added: "Our local farmers still have some traditional irrigation experience, such as using tides for natural irrigation. We can incorporate these experiences into the smart irrigation system to further reduce energy consumption and costs."

On the research center's technology sharing and exchange platform, agricultural technicians from various countries can also share their experiences in agricultural pest control and soil improvement methods in their respective regions.

An African agricultural technician shared: "In Africa, we use some biological control methods to deal with agricultural pests and diseases, such as using the natural enemies of certain insects to control the number of pests. This method is environmentally friendly and pollution-free, and has low cost. We can work with agricultural technicians from other regions to study how to combine this biological control method with the plant protection machinery of Guangming Plant to improve the effectiveness and efficiency of pest and disease control."

Through the advancement of international cooperation and technology sharing vision, Guangming Factory has continuously expanded its influence in the global agricultural field, laying a solid foundation for achieving the goal of sustainable development of global agriculture.

However, in this process, it also faces many challenges such as differences in technical standards and cultural conflicts. How will Guangming Factory cope with these challenges and continue to write its glorious chapter?