Excavator operating skills in low temperature environments have become a focus of attention for many construction machinery people. As more and more engineering projects enter the north, high altitude, low temperature and other environments, improving the efficiency and stability of excavators in very low temperature has become a common concern for excavator operators and manufacturers. Recently, a lecture on the operation skills of excavators in low-temperature environment was held in the Swedish Summit. The exhibition, which focused on various excavator operating techniques, covered aspects such as machine maintenance, fuel and oil replacement and problem solving techniques such as machine deformation and electronic button freezing. According to the experts involved in the lecture, Sweden is one of the countries with strong operating skills for excavators in low temperature environment. The lecture shared a series of operating skills to help upgrade operating skills, improve efficiency and reduce the difficulty of movements at longer distances to achieve better working results and production benefits. One of the most popular tips is the skill of digging sand in low temperature environment, the speaker gave a detailed explanation and demonstration, shared the attention content of machine maintenance, and also introduced the types of fuel and oil that can be used and the replacement method. In addition, experts also mentioned that there is no doubt that electrification of machines is the future trend, as more excavator manufacturers will focus on producing new machinery and equipment with low energy consumption, low radiance and low temperature resistance. In the future, excavators will be more efficient and stable when operating in low-temperature environments, while the stability and efficiency requirements of excavators will continue to improve with the continuous innovation of technology. In short, in the excavator low temperature environment operation skills become increasingly important now, excavator manufacturers and operators need to study the performance and skills of the machine under different conditions through professional training, in order to face the challenge with ease and get the best working results.

With the deepening of the national policy of energy conservation and emission reduction, the issue of fuel consumption of excavator operation has also been gradually paid attention to. Today, excavator fuel saving and consumption reduction has become an important issue in excavator manufacturing and use. In the context of this subject, new technologies are emerging, and excavator manufacturing has become an industry that has triggered a boom in the development of new technologies. In order to reduce the fuel consumption of excavators, many excavator manufacturers are continuously developing new technologies. For example, advanced power systems, shock absorbers and electronics are used to reduce the fuel consumption of these machines. Meanwhile, in terms of excavator fuel saving technology, energy saving and consumption reduction can be achieved by changing details such as the combustion principle of diesel fuel and fuel metering, while physical form changes and chemical reaction principle changes are the top priority in the twin excavator field. This introduces new decision technologies and patented new additions to excavator technology development, and also emerges more and more manufacturers to adopt patented technologies to enhance their market position. The active adoption of new technologies by manufacturers reflects that the excavator manufacturing industry is actively addressing the challenges of environmental protection and energy conservation and emission reduction, while also reflecting the cooperation and support to achieve excavator fuel saving and consumption reduction. In addition to the active exploration of manufacturers, local government departments have also launched many policies to encourage excavator fuel saving and consumption reduction, such as the development of various rules and regulations for the industry. With the preferential encouragement of government policies, the awareness and motivation of excavator fuel saving and consumption reduction technologies are increased, effectively promoting the development and application of excavator fuel saving and consumption reduction technologies. Of course, the development of excavator fuel saving and consumption reduction depends on the collective efforts of manufacturers in the industry and the support of all parties, and also requires the active support of the majority of consumers. In the future, with the continuous emergence and application of new technologies, the situation of excavator fuel saving and consumption reduction will gradually be improved, making greater contributions to environmental protection and resource utilization.

With the development of human civilization, excavators have been widely used in various fields, including energy, mining, construction, etc. In some high altitude or severe weather conditions, excavator operation can face higher risks and challenges. In order to ensure the safe and efficient use of excavators under adverse conditions, operators need to adopt some special techniques and coping methods. In special environments such as high altitude, excavator operators need to adapt to the environment, and in adverse conditions such as thunderstorms, ice and snow, they need to strengthen safety measures. Operators need to keep abreast of the changing weather conditions, and need to stop operations and communicate with management in a timely manner if drastic weather changes are found. In excavator operation, the operation of the lift arm is more frequent, and the high altitude environment, due to the thin air and low oxygen content, often makes the machine operation inflexible, and the operator needs to chin order the timing of the lift arm. In high altitude areas, oxygen sufficient environment may be scarce, and as in the case of highland areas, attention needs to be paid to the combustion of the machine. Due to the thin air, the excavator does not burn sufficiently, resulting in unstable machine operation, performance degradation or even causing danger. Therefore, operators need to pay special attention to adjust the working power of the machine, and pay attention to regular maintenance and repair. In order to cope with the difficulties of excavator operation in the cold climate, operators need to pay attention to warmth measures to maintain their body temperature. In cold climates, the hydraulic oil of excavators tends to be too thick and causes the performance of the machine to decline, which means that the service life of excavators will be shortened, so operators also need to pay attention to regular maintenance, as well as timely replacement of hydraulic oil and machine filters and gaskets. In the entire excavator operation process, in addition to strengthening maintenance and repair, the operator should pay special attention to the safety of the operation, master the operating skills, standardize the operating procedures, and pay attention to the surrounding safety conditions at all times to avoid safety accidents. Operating in harsh environments is a difficult and challenging job for excavator engineers, requiring operators to master as many technical skills as possible, improve disaster prevention and mitigation capabilities, increase efficiency, and pay attention to protecting the external environment at the same time. This will enable excavators to be better used in harsh environments and also to contribute to environmental protection and resource development.

The excavator industry is one of the important machinery manufacturing industries, producing excavators that are widely used in construction, mining, metallurgy and many other fields. With the continuous progress of technology and the application of artificial intelligence, the production method of excavators is also evolving, and the traditional manufacturing industry is gradually transforming to intelligent manufacturing. In recent years, with the development of technology, artificial intelligence technology has begun to be applied to excavator production. The traditional excavator production process relies on the experience and skills of workers, but with the application of AI technology, excavator manufacturers can now use intelligent software to design and produce excavators to replace traditional human production and improve product quality and efficiency. At the heart of intelligent production is the control system. Through artificial intelligence technology, the control system can automatically detect the efficiency of each part, and then dynamically adjust the workflow of each part, as well as dynamically adjust the speed and efficiency of the production line to achieve more efficient and accurate production. At the same time, the intelligence of excavator production can also bring higher safety. Through the application of technology, intelligent control systems can avoid many safety accidents and ensure the safety of workers and the normal operation of production equipment. Intelligent control system can also bring great convenience to the use and maintenance of excavators. Through the excavator itself equipped with artificial intelligence technology, the excavator can self-diagnose and reduce the probability of problems with the machine during maintenance, while improving the service life of the machine and reducing wear and tear. At present, the application of AI technology to excavator production is still in the initial exploration stage, where the biggest challenge is fault detection and management. The key to solving this problem is to build artificial intelligence algorithms with learning capability, so that excavators can analyze, identify and manage their own conditions, and then adjust their own status. Although in the process of applying intelligent manufacturing technology, excavator manufacturers need to transition to manpower from production line oriented technology development, manufacturers need to focus on both technology development and personnel training, but with the popularity of big data and Internet technology, intelligent production will be more mature and realized. As a new technology that has received widespread attention in many manufacturing companies, artificial intelligence will play an increasingly important role in the future excavator manufacturing industry to achieve product quality, efficiency and safety in the production process of excavators.

The world's largest excavator made in China, "Shen Long", was launched in 2019 in Zibo, Shandong Province. With a diameter close to a soccer field, a weight of more than 2,000 tons and a height of 22 meters, this excavator is the world's first mechanical device manufacturing system that captures the mechanical processes of excavators. This giant excavator has pushed China's machinery manufacturing industry to a new level. The "Shen Long" excavator was mainly used for mining and energy development, and its large size, high efficiency and cost control became the trend of the international market at that time. Not only did it have more efficient mining capacity and production capacity, but it also broadened the scope of application of excavation equipment. Overall, the introduction of the "Dragon" excavator is not only a breakthrough in machinery manufacturing technology, but also an important symbol of the transformation and upgrading of Chinese manufacturing to high precision manufacturing. In the future, China's excavator manufacturing industry will have a broader space for development in the world market and will play a more important role in the machinery manufacturing industry.

Excavator technology innovation on the excavator market will have the following three impacts: 1. Higher innovation threshold With the continuous development of the excavator market, excavator manufacturers also began to face a higher threshold of technological innovation. In a highly competitive market, the only way to maintain a competitive edge in the market is to continuously innovate. Therefore, technological innovation will make the excavator market more specialized, and the challenge threshold is higher. 2. Higher product standards Technological innovation will improve the standard of excavator products, customers and the market for product quality and higher technical content requirements. At the same time, consumer investment in product life, stability and maintenance materials will also become higher. 3. Greater market potential Technological innovation makes excavators have more competitive advantages in the market. As China's excavator market grows, the excavator product range, market demand and market share will also increase. Excavator manufacturers should actively strengthen technological innovation and improve product quality to better meet market demand. In short, technological innovation will have a greater impact on the excavator market. Technological innovation will raise the standard of excavator products, challenge the technical threshold of manufacturers, and expand market demand and potential. Excavator manufacturers should actively follow up the market demand, strengthen technological innovation and product quality management to maintain competitive advantages in the market and achieve long-term stable development.