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

As Guangming Factory emerged in the international agricultural machinery field, Wang Dashan had a deep insight that only by continuous innovation and unwavering adherence to the concept of green development can it stand firmly at the forefront of the future market wave and lead the new direction of industry development.

Inside the Guangming factory, a strategic meeting focusing on the research and development of new intelligent agricultural machinery is in full swing.

Technical backbone Xiao Li took the lead in speaking: "Director Wang, although we have achieved phased results in the research and development of intelligent agricultural machinery, we still face many technical bottlenecks if we want to achieve greater breakthroughs. Take the intelligent recognition system as an example. How to enable agricultural machinery to accurately and quickly identify crop types, growth conditions, and pests and diseases in a complex and changeable crop growth environment is a difficult problem that needs to be overcome. The existing image recognition technology needs to be improved in terms of accuracy and stability when dealing with different lighting conditions and crop morphology differences."

Wang Dashan looked determined and encouraged, "Xiao Li, difficulties do exist, but we cannot be afraid. Looking back at the past, which major scientific and technological achievement was not born out of numerous difficulties? We must increase investment in the optimization of artificial intelligence algorithms, cooperate with professional scientific research institutions, and learn from their cutting-edge research results in image recognition and deep learning. At the same time, we should organize technical teams to go deep into the fields and collect massive amounts of crop growth data to train our intelligent recognition models and improve their adaptability and accuracy."

The R&D team members nodded one after another, and technical expert Lao Zhang then said, "Director Wang, in addition to the intelligent identification system, the intelligent operation decision-making system of agricultural machinery also needs to be further optimized. At present, when faced with different soil fertility, terrain undulations and meteorological conditions, the adjustment of agricultural machinery's operating parameters is not smart and accurate enough, which may lead to waste of resources or poor operation results."

Wang Dashan pondered for a moment and said, "Mr. Zhang's concerns are not without reason. This requires us to deeply integrate big data analysis with the experience and knowledge of agricultural experts. On the one hand, by installing more high-precision sensors on agricultural machinery, we can collect detailed data such as soil moisture, nutrient content, and terrain slope; on the other hand, we invite senior experts in the agricultural field to convert their valuable experience accumulated over the years into decision-making rules in the algorithm model. For example, in different soil fertility areas, how to automatically adjust the amount of fertilizer and sowing depth to achieve the best planting effect. We also need to establish a simulated experimental field to repeatedly test and optimize various operation scenarios to ensure the reliability and efficiency of the intelligent operation decision-making system."

In terms of green development, Guangming Factory has also taken solid steps.

As global attention to agricultural non-point source pollution continues to grow, Wang Dashan decided to devote all his efforts to the research and development of environmentally friendly agricultural machinery and supporting technologies.

At a research and development mobilization meeting, he said passionately: "Comrades, green agriculture is the general trend of the future. We must develop new agricultural machinery that can reduce the use of fertilizers and pesticides and reduce soil and water pollution. For example, precision pesticide application technology, through intelligent sensors and drone aerial image analysis, can accurately locate pest and disease areas, achieve targeted pesticide application, and avoid large-scale spraying of pesticides. There are also new organic fertilizer spreading equipment that can accurately control the amount and uniformity of fertilizer spreading according to soil test results and crop needs, improve fertilizer utilization, and reduce the pollution caused by fertilizer loss to the environment."

Xiao Wang, a technician, raised a question: "Director Wang, these green technologies are difficult to develop and may increase production costs. Will the market acceptance be low?"

Wang Dashan patiently explained: "Xiao Wang, in the short term, the cost may increase, but in the long run, this is an inevitable requirement for the sustainable development of agriculture. With the increase of consumers' environmental awareness and the tightening of environmental protection policies in various countries, green agricultural machinery will inevitably have a broad market prospect. We can reduce costs through technological innovation, such as developing more efficient sensors and more energy-saving power systems. At the same time, we must strengthen environmental protection publicity and education for farmers and agricultural enterprises, so that they realize that green agricultural machinery brings not only environmental benefits, but also long-term economic benefits, such as reducing pesticide and fertilizer expenditures and improving the quality of agricultural products."

During the process of developing new products, Guangming Factory has carried out in-depth cooperation with many domestic agricultural research institutes and universities.

Wang Dashan personally led a team to a well-known agricultural university to exchange views with agricultural experts.

At the exchange meeting, Wang Dashan said sincerely: "Dear experts and professors, Guangming Factory has certain practical experience in the research and development and production of agricultural machinery, but in the research of agricultural science theory and cutting-edge technology, we still need your strong support. We hope to establish a long-term and stable cooperative relationship with your school to jointly carry out research projects, technical breakthroughs and talent training. For example, in the combination of new biological control technology and agricultural machinery, your school's research results in the fields of insect ecology and microbiology can provide us with theoretical guidance, and we are responsible for converting these technologies into practical agricultural machinery and equipment."

Professor Li from the Agricultural University responded: "Director Wang, our school has been committed to agricultural science and technology innovation and achievement transformation, and we have long heard of the influence of Guangming Factory in the field of agricultural machinery manufacturing. This industry-university-research cooperation model is of great significance to promoting agricultural modernization. We can organize an interdisciplinary scientific research team and work with the technicians of Guangming Factory to carry out joint research on practical problems in agricultural production. For example, how to use microbial agents to control soil pests and diseases and achieve precise application of bacteria through agricultural machinery requires both professional knowledge of agricultural microbiology and the support of agricultural machinery engineering technology."

After in-depth exchanges and consultations, the two sides reached a number of cooperation agreements.

Guangming Factory has established scientific research scholarships at the university to encourage students to engage in research related to agricultural machinery; the university provides Guangming Factory with support such as technical consultation, sharing of experimental equipment and talent training.

Guangming Factory also encountered various challenges when promoting green agricultural machinery products in the international market.

At a product promotion meeting in the European market, Hans, a German agricultural dealer, questioned Guangming's new precision pesticide application drone: "Mr. Wang, your drone looks very advanced, but Europe's agricultural standards are very strict, with extremely high requirements for pesticide dosage and drift control. How can you ensure that this drone can fully meet our standards in actual operations?"

Wang Dashan replied calmly: "Mr. Hans, our drones are equipped with high-precision flow control systems and intelligent wind field sensors. The flow control system can accurately calculate the amount of pesticide used based on pest and disease monitoring data and the area of ​​the operation area, with the error controlled within a very small range. The intelligent wind field sensor can monitor wind direction and speed in real time, automatically adjust the flight altitude and spraying angle of the drone, ensure that the pesticide is accurately sprayed in the target area, and minimize pesticide drift. In addition, our products have passed the inspections of many international authoritative certification agencies and meet the agricultural environmental protection standards in Europe and other regions. We can also provide you with a professional after-sales service team to regularly maintain and calibrate the equipment to ensure that it is always in the best working condition."

Despite facing many challenges, Guangming Factory has gradually won more recognition from customers in the international market with its continuously innovative technology and firm belief in green development.

The sales of its green agricultural machinery products have been growing steadily in Europe, Asia, Africa and other regions, contributing to the sustainable development of global agriculture.

Wang Dashan knows very well that this is just a starting point in the journey of innovation-driven and green development, and there will be more peaks waiting for them to climb in the future.