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

As Guangming Factory's influence on the international agricultural machinery stage continued to grow, Wang Dashan realized that it would be difficult for a single company to cope with the complex challenges and huge opportunities in the process of global agricultural modernization.

So he came up with a bold idea - to form a global agricultural machinery alliance.

Wang Dashan began to actively travel around the world, communicating with agricultural machinery companies, scientific research institutions and industry associations in various countries.

At an international agricultural machinery summit, Wang Dashan delivered an enthusiastic speech: "Dear colleagues, the world today is experiencing a surging wave of agricultural modernization. We face common challenges, such as the impact of climate change on agricultural production, global food security issues, and agricultural labor shortages. At the same time, we also share unprecedented opportunities, such as the application of emerging technologies such as artificial intelligence, big data, and new energy in the field of agricultural machinery. However, a single enterprise or institution has limited power in this transformation. Therefore, I propose the establishment of a global agricultural machinery alliance to integrate global resources, strengthen technical exchanges and cooperation, jointly promote innovation and development of the agricultural machinery industry, and provide strong support for the sustainable development of global agriculture."

The audience was deeply moved by Wang Dashan's speech, and many corporate representatives and experts expressed great interest.

After the meeting, Wang Dashan held in-depth discussions with agricultural machinery giants from the United States, France, Australia and other countries.

John, the president of a large agricultural machinery company in the United States, said, "Director Wang, your proposal is very attractive. But we need to discuss in detail the operation mechanism of the alliance. For example, how to balance the interests of all members and how to ensure the fairness and security of technology sharing are key issues."

Wang Dashan nodded in agreement: "Mr. John, the question you raised is very critical. In terms of balancing interests, we can formulate a reasonable benefit distribution plan based on the contribution of each member, such as technology investment, market share, financial support and other factors. In terms of technology sharing, we can establish a strict intellectual property protection mechanism and technical review process to ensure that the core technologies of member companies are effectively protected, while promoting extensive exchanges and cooperation on non-core technologies. For example, we can set up a technical committee composed of technical experts from each member company to evaluate and manage technology sharing projects."

After many rounds of arduous negotiations and consultations, the Global Agricultural Machinery Alliance was finally officially established.

The alliance members include agricultural machinery companies, scientific research institutions and industry associations from all continents around the world, making it a truly global agricultural machinery cooperation platform.

At the alliance's first technical exchange conference, Pierre, a representative from a French scientific research institution, presented their latest research results in the field of agricultural robots: "The agricultural robot we developed can realize multiple functions such as autonomous navigation, crop picking, and pest and disease monitoring. It uses advanced visual recognition technology and machine learning algorithms, and can operate efficiently in complex farmland environments. However, we still face some challenges in the robot's energy supply and endurance, and hope to discuss solutions with alliance members."

Xiao Zhao, a technical expert at Guangming Factory, immediately responded: "Mr. Pierre, our Guangming Factory has some experience in applying new energy technologies to agricultural machinery. We can jointly develop an efficient solar charging system for agricultural robots and combine it with energy storage battery technology to improve the robot's endurance. At the same time, we can also optimize the robot's energy management algorithm to reduce energy consumption and improve energy efficiency."

Driven by the alliance, a series of cross-border cooperation projects have been launched.

Among them, a cooperative project on intelligent agricultural irrigation system attracted widespread attention.

The project is led by Guangming Factory and is jointly carried out by an Israeli water-saving technology company, an Indian agricultural software developer and a Brazilian agricultural enterprise.

At the project launch meeting, Xiao Li, the project manager of Guangming Plant, introduced: "This intelligent agricultural irrigation system will integrate Israel's advanced water-saving irrigation technology, India's agricultural data analysis software and Brazil's agricultural production practice experience. By installing a large number of sensors in the farmland, real-time information such as soil moisture and meteorological data will be collected, and Indian software will be used for data analysis and decision-making. Then, Israeli irrigation equipment will accurately supply water based on the decision results. Our goal is to create an intelligent irrigation system that is suitable for different climatic conditions and agricultural production models, and to improve the efficiency of global agricultural water use."

David, a representative of Israel Water Saving Technology Company, said: "Our drip irrigation technology is effective in saving water, but it needs further optimization in terms of integration with other systems. Through this project, we hope to work with member companies to overcome technical difficulties and achieve better system compatibility."

With the smooth progress of various cooperation projects of the Global Agricultural Machinery Alliance, the global agricultural machinery industry has ushered in a new development situation.

The intelligence, greenness and efficiency of agricultural machinery have been continuously improved, bringing revolutionary changes to global agricultural production.

At an annual summary meeting of the alliance, Wang Dashan said with emotion: "Comrades, looking back on the history of the alliance since its establishment, we have achieved remarkable achievements. But we cannot be satisfied with the status quo, and there are more challenges waiting for us in the future. For example, how to further narrow the gap in agricultural mechanization levels between developed and developing countries, how to deal with ethical and legal issues brought about by emerging technologies, such as the employment structure adjustment that may be caused by the application of artificial intelligence in agricultural machinery. We must continue to work together with a more open mind and firmer conviction to strive for a better future for global agriculture."