The promotion of new industrialization in the new era is in line with the trend of the economy shifting from a stage of high-speed growth to high-quality development. It has changed the mindset of blindly pursuing scale and speed in the past, moving from tradition to automation and intelligence, and continuously improving the technology, standards, quality, efficiency, efficiency, and competitiveness of the manufacturing industry.

　　The report of the 19th National Congress of the Communist Party of China pointed out that developing green manufacturing, constructing green parks and factories, creating green supply chains, strengthening green enterprises, and strengthening green and low-carbon supervision should fundamentally abandon the high energy consumption, high pollutants, and high carbon emissions in traditional industrialization processes. The 2017 Industrialization Blue Book believes that around 2030, China will fully achieve industrialization and become a truly industrialized country, with a relatively rapid development trend in the industrial industry in the coming years.

　　Nader has been deeply involved in the industrial construction industry for many years, covering fields such as infrastructure, industrial parks, steel, metallurgy, petroleum, chemical, papermaking, transportation, electronics, etc., and has corresponding solutions for products in industrial buildings under high voltage, high interruptions, and harsh environmental conditions.

　　The application of new technologies has injected new vitality into the development of the industrial construction industry. As a leader in smart electrical system solutions in the industrial field, Nader, based on the development needs of the industrial market and starting from the trend of technological development, creates smart electrical solutions with core competitiveness, and provides safer, smarter, and more efficient low-voltage electrical system solutions for industrial construction customers, which has become the trend of the times.

　　To prevent any situation that endangers product quality due to pollution or cross contamination, industrial enterprises have strict special environmental controls for newly built buildings, such as higher requirements for cleanliness, temperature, humidity, etc. Liangxin optimizes the material performance of its products in response to the extreme environmental requirements of industrial buildings, and meets the special environmental needs of customers' engineering and construction through testing of the three prevention requirements.

　　For example, facing extreme environments, special working conditions such as customer factory buildings with an altitude of over 3000 meters, and coastal humidity. Liangxin provides a series of industrial building power distribution products with high altitude and humid heat types. Key structures and metal parts have undergone special process treatment, which can have good corrosion resistance in acidic gas environments, providing reliable guarantees for stable and safe electricity consumption in industrial buildings for customers.

　　For example, based on an understanding of the industrial construction industry and customer needs, Nader's dual power conversion system solution at the power level provides protection for the continuity of power consumption in the user's main distribution system, achieves parallel switching and seamless connection of multiple power sources, and helps industry customers improve safety, production, and operational efficiency.

　　For industrial users with high load scenarios, Nader provides NDW3-7500 shell frame circuit breakers with a maximum rated current of 7500A, meeting the application requirements of high-capacity transformers such as AC3150kVA and 4000kVA.

　　Through the application of its "double silver point structure" and "narrow slot arc extinguishing" technology, an AC system arc extinguishing model is established, with a breaking capacity of 160kA, that is, the rated operating short-circuit breaking capacity Ics=100% of the rated ultimate short-circuit breaking capacity Icu, leading the industry. More than 80% of industrial users' circuits are motor circuits, and the effective coordination of molded case circuit breakers and AC contactors ensures the continuity of power supply for motor circuits.

　　In response to this scenario, Nader has provided a "Class 2 coordination" solution for molded case circuit breakers and AC contactors, with high-speed breaking molded case circuit breakers and ultra-high short endurance contactors providing support for this solution. At the same time, Nader can provide corresponding coordination tables for different power motor circuits.

　　In the modern economic system of green and low-carbon circular development, industrial enterprises need to accelerate the integration of green manufacturing and intelligent manufacturing, achieve the transformation from traditional manufacturing to green intelligent factories, from industrial parks to green intelligent parks, from traditional industrial supply chains to green intelligent supply chains, and from traditional industrial product development to green intelligent products and services.

　　So the intelligent distribution system of green intelligent factories has become a development trend and will also be an inevitable requirement for high-quality development of the industry. To this end, Nader has developed the Magic Link Power intelligent distribution system, which integrates leading machine self-learning algorithms through the construction of a "neural network" for data modeling, providing industrial users with a large amount of electrical data, and real-time monitoring of energy consumption, faults, status, equipment health information, etc. of each circuit, effectively achieving digital management, efficient operation and maintenance, efficiently eliminating safety hazards, and preventing safety accidents. Enhance the overall intelligence level of the industry and provide guarantees for achieving the dual carbon goal.

　　Based on the present and focusing on the future, Nader will assist customers in building efficient, energy-saving, and low-carbon industrial buildings, improve their user experience with comprehensive lifecycle solutions, and create more market opportunities with zero carbon applications.