On June 28, the opening ceremony of the fourth season of the Green Smart Manufacturing Win-Win Program hosted by the International Economic and Technical Cooperation Center of the Ministry of Industry and Information Technology and Schneider Electric was held in Beijing. Since the start of recruitment in April, the fourth-quarter green smart manufacturing win-win plan has attracted more than 200 small and medium-sized enterprises focusing on high-tech fields to apply. 9 companies were selected for the acceleration camp, and 4 companies were selected for the growth camp. Partners such as Chuangda, Amazon Cloud Technology, and Tsinghua University Global Industry Research Institute attended the opening ceremony to witness the start of the innovation journey of the new season's entrants. Pang Xingjian, Senior Vice President of Schneider Electric and head of the industrial automation business in China, said: "Since 2020, the Green Smart Manufacturing Win-Win Program has been held for four consecutive seasons, attracting more than 570 small and medium-sized enterprises focusing on high-tech fields to sign up. Nearly 50 companies have entered the stage of joint innovation solutions, covering 25 industrial scenarios, becoming a benchmark for open innovation in the industry, and contributing to the integrated development of large and medium-sized enterprises and industrial digital transformation. Looking forward to new companies entering the business together with Schneider Electric and partners , in the process of joint innovation, constantly develop new technologies and new applications, win new competitive advantages in new fields and new tracks, accelerate the implementation of innovation in industry, and promote industrial digitalization and low-carbon transformation. Pang Xingjian, Senior Vice President of Schneider Electric and Head of Industrial Automation Business China Mao Tao from the International Cooperation Department of the International Economic and Technical Cooperation Center of the Ministry of Industry and Information Technology said: "At present, China is committed to promoting new industrialization and transforming towards green, intelligent, and high-end. The 'Green Smart Manufacturing Win-win Plan' is closely linked to The two global trends of green and intelligence are committed to helping more companies enter the ranks of high-end. This year is the third "Green Smart Manufacturing Win-Win Program" jointly organized by the International Economic and Technical Cooperation Center of the Ministry of Industry and Information Technology and Schneider Electric ', hoping to rely on this open, innovative, and win-win platform, together with Schneider Electric, to empower small and medium-sized enterprises and help them develop with high quality." The two camps go hand in hand, create together, and go to the future together This year's Green Smart Manufacturing Win-Win Plan continues the "dual-operating model" of Acceleration Camp + Growth ...

Combined with the market and policy environment, analyze the status quo and trends of 5G landing industrial scenarios Comprehensively sort out the successful practice of Siemens Industrial 5G in different application scenarios in the automotive, logistics, steel, electronics, food and beverage industries, and demonstrate the technical advantages of Siemens Industrial 5G Relying on its own advanced technology and deep industry accumulation, Siemens joins hands with industry partners to tap the greater potential of 5G fully connected factories Siemens recently officially released the "Siemens Industry 5G Fully Connected Factory White Paper" (hereinafter referred to as the "White Paper") during the 2023 Siemens Electronics Industry Customer High-End Forum. Combining with the evolution of 5G technology application environment and market demand, it sorts out its own exploration of 5G in the industrial field. Successful practice of application landing. The white paper interprets Siemens' application cases in the automotive, logistics, steel, electronics, food and beverage industries, and deeply analyzes how Siemens combines its cutting-edge technology and mature ecology with 5G networks, providing guidance for the implementation of industrial 5G in more industries. "As a future-oriented technology, industrial 5G is not only the key infrastructure for building smart factories, but also creates more possibilities for the large-scale application of key technologies such as artificial intelligence and edge computing. With the acceleration of the large-scale application of 5G technology, how to Exploring more application scenarios has become the top priority of industrial 5G development." Wang Haibin, executive vice president of Siemens (China) Co., Ltd. and general manager of Siemens Digital Industry Group in Greater China, said, "In this white paper, Siemens summarizes its own The key technologies and industry experience in the field of industrial 5G provide knowledge and experience empowerment for the implementation of 5G technology in thousands of industries. In the future, we look forward to working with more Chinese industry partners to tap the huge potential of 5G fully connected factories and jointly describe an exciting future A new picture of the future industry." The integration of 5G and digital technology realizes data-driven production in an all-round way The white paper reviews Siemens, as one of the leading companies in the field of industrial communications, a number of achievements in the research and development of industrial 5G product portfolio and related solutions. In 2022, Siemens officially launched an industrial 5G solution for the Chinese market, providing safe, high-speed, and flexible industrial 5G end-to-end communications. Through Siemens industrial 5G to support industrial protocol transmission, the control PLC can realize PROFINET communication with industrial field I/O modules, so that more and more industrial field devices...

Advantech recently launched a new industrial-grade PCIe4.0 product "SQFlash 730 series". The product uses a high-performance main control IC chip, supports the NVMe1.4 protocol, provides an industrial-grade wide temperature solution, and can be widely used in harsh environments. SQFlash 730 series has industrial-grade stability and reliability, which provides a guarantee for industrial applications. High performance read/write According to a report from StorageNewsletter, the overall market size of NVMe is expected to grow from $44.6 billion in 2020 to $163.5 billion in 2025. In the HPC storage industry, the PCIe Gen.4 specification is expected to reach 72% in 2023. As the demand for hardware devices and data flow increases, high-performance and high-capacity storage devices are required to meet industry trends. Advantech m.2 2280 SQFlash 730 series products use high-performance main control IC chips to support faster and more stable data access operations. The read and write speeds of this series are as high as 5000MB/s and 3900MB/s respectively. The product supports the NVMe 1.4 protocol specification to achieve lower latency and higher throughput, making the data read and write speed smoother. Low power consumption & reliable and durable SQFlash 730 series is a low power consumption & high durability storage solution. The product has LDPC ECC advanced error correction mechanism, which can realize real-time detection and error correction, which can reduce the risk of data loss or damage. In addition, the use of LDPC ECC error correction function improves the system's ability to resist interference during data transmission. This feature makes SQFlash 730 more reliable and durable, providing a high-performance, stable and reliable solution for various applications. SQFlash 730 series also has advanced power management function (PMIC), the maximum power consumption is 5.3W, which is 30% lower than the previous generation. This reduction in emissions can be achieved without sacrificing performance, helping businesses reduce energy costs and carbon footprints. This combination of features and functionality makes the SQFlash 730 ideal for transportation, logistics and energy applications. Industrial grade wide temperature (-40~85℃) Advantech SQFlash 730 series supports industrial-grade wide temperature range -40-85°C, which can be adapted to rugged applications in different industries. For example, military applications require rugged storage solutions that can withstand extreme temperatures and harsh conditions; similarly, outdoor workstations require solutions that can be used in different temperatures. Advantech's SQFlash 730 series meets these needs while ensuring uninterrupted operation. Product Features: Compatible with PCIe Gen 4x4 interface and NVMe 1.4 Performance improvement x2 times (compared to Gen 3.0) The sequential reading speed reaches 5000MB/s, and the random reading speed reaches 700K IOPS Industrial-grade wide temperature s...

imc Test & Measurement, a manufacturer of the Axiometrix Solutions Industrial Test Group, has launched imc ARGUSfit, a new modular data acquisition system. The basic unit, high-speed measurement module and fieldbus interface module (such as CAN FD) of imc ARGUSfit can be conveniently connected together through the "snap mechanism", providing rich flexibility for application scenarios such as vehicle and large-scale equipment testing and monitoring. The modular structure design allows imc ARGUSfit to perfectly adapt to changing test environments, thanks to the extremely compact housing design, making it an ideal choice for testing applications in confined spaces. For distributed measurements, the modules can be connected by fiber optic cables, which makes the instrument flexible and robust. In this way, the measurement module can be placed as close as possible to the sensor, reducing noise and interference and saving expensive cables. The total system sampling rate of imc ARGUSfit is 5 MS/s, which can expand to more than 1000 channels, and the sampling rate of a single channel is up to 500 kS/s. It is imc's most powerful data acquisition platform so far. Internal SD card slot data storage, independent operation without PC, optional UPS unit to provide power failure protection when the vehicle is started. At the same time, the real-time analysis unit imc Online FAMOS is integrated inside to facilitate the execution of data analysis tasks during the measurement process. The new generation of imc ARGUSfit data acquisition series not only introduces high-speed measurement modules, such as: ICPU-6 measurement module that can be used for ICP sensors such as accelerometers and microphones, and the universal voltage amplifier measurement module UTI-6. Moreover, both medium and low speed data acquisition can be taken into account, for example: imc ARGUSfit modules (high speed) can be seamlessly integrated with existing imc CANSASfit series modules (medium and low speed). This will further expand the possibilities for testing applications and extend the boundaries of the use of new systems. Adhering to the "one platform" product design concept, imc ARGUSfit can run simultaneously with all other imc data acquisition product series in measurement tasks. The modular structure design concept of the new imc ARGUSfit data acquisition platform enables the imc ARGUSfit basic unit to be easily paired and connected with the measurement module and fieldbus module through the "snap-on" mechanism without additional cable connections. Combined with fiber optic system bus extension modules, numerous combinations of centralized or distributed system setups are possible, which can be matched to the complex testing requirements of vehicles or large equipment prototypes. Since imc ARGUSfit is compatible with imc CANSASfit and its HISO series, it can also perform data acquisition in high-voltage environments, realizing a comprehensive and complete measurement solution that...

Siemens Yangtze River Delta Artificial Intelligence Co-creation Laboratory is Siemens' first artificial intelligence co-creation laboratory in China Jointly established by Siemens and Suzhou Science and Technology City Management Committee, it aims to promote the exchange of scientific and technological innovation achievements and promote the construction of a modern industrial system Promote the co-creation of regional enterprises through achievement demonstrations, artificial intelligence co-creation workshops, etc., and accelerate the formation of the Yangtze River Delta Science and Technology Innovation Highland The Siemens Yangtze River Delta Artificial Intelligence Co-creation Laboratory was officially put into operation in Suzhou today. As the first artificial intelligence co-creation laboratory of Siemens in China, the laboratory is jointly built by Siemens (China) Co., Ltd. and the Suzhou Science and Technology City Management Committee. With the help of Siemens' core innovative technologies, it cooperates with regional enterprises to strengthen local innovation collaboration. Provide scientific and technological support for promoting the construction of a modern industrial system in the Yangtze River Delta "The Yangtze River Delta region has unique advantages in resource sharing, talent building, aggregation and innovation, and is becoming an important engine for the high-quality development of China's economy." Dr. Zhu Xiaoxun, President of Siemens China Research Institute, said, "Artificial intelligence is leading a new round of The core driving force of industrial transformation contains huge potential for scientific and technological innovation. The establishment of Siemens’ artificial intelligence co-creation laboratory in Suzhou is an important move for Siemens’ technological layout in the Yangtze River Delta. We look forward to leveraging our technical expertise in the field of artificial intelligence Combined with the advantages of local industries, it will enrich the application scenarios for the next generation of technological innovation, accelerate the formation of the Yangtze River Delta Science and Technology Highland, and drive the high-quality development of the regional economy." Siemens Yangtze River Delta Artificial Intelligence Co-creation Laboratory focuses on Siemens' innovative achievements and applications in artificial intelligence, big data, simulation and digital twins, and software development, and presents technological innovation demonstrations under the theme of "Industrial Metaverse" in the achievement display area The line will bring visitors technical applications and on-site experience in scenarios including generative industrial design, remote collaborative virtual commissioning, IT and OT integration to achieve flexible production, equipment predictive maintenance, and product life cycle carbon emission analysis. In addition, Siemens China Research Institute will use artificial intelligence co-creati...

ABB Xiamen Demonstration Base implements the "Zero Emissions Vision" project, which is expected to reduce carbon emissions by 13,400 tons per year Adopt a brand-new intelligent solution that supports new energy access, realize the replacement of 50% of the park's electricity with clean energy and save costs ABB Xiamen Industrial Center "Carbon Neutral" Park Demonstration Base Project is a demonstration model for low-carbon transformation of enterprises Recently, ABB Xiamen Industrial Center has taken a key step in high-quality development, becoming a "carbon neutral" park and a demonstration base for sustainable intelligent manufacturing, and promoting China's green and low-carbon transformation. The project adopts an innovative energy regulation system, integrates the application of new energy power generation and energy storage systems, significantly reduces carbon emissions and improves energy efficiency, and draws a replicable and scalable low-carbon blueprint. China strives to peak carbon dioxide emissions by 2030 and achieve carbon neutrality by 2060. At present, China accounts for more than 28% of the total global manufacturing industry1. To achieve the goal of carbon neutrality, the low-carbon transformation of China's manufacturing industry is crucial. ABB Xiamen Industrial Center covers an area of 425,000 square meters and employs 3,000 people. Through the implementation of ABB's global "Zero Emissions Vision Plan", it is expected to reduce carbon emissions by 13,400 tons per year. The project will provide a good demonstration for global customers and partners, clearly demonstrating how ABB's smart digital technology can turn the vision of decarbonization and emission reduction (indirect emissions from electricity consumption) into reality. ABB Xiamen Industrial Center has advanced medium-voltage and low-voltage switchgear and circuit breaker production lines. By installing 100,000 square meters of rooftop photovoltaics, 50% of green electricity has been replaced. Through the multi-strategy precise and flexible regulation technology, the greater local consumption of clean energy can be realized, and the coordination of source, load and storage can improve the efficiency of energy use. The smart energy solution is equipped with AI algorithms for power generation forecasting and load forecasting. By predicting the situation of power generation and power consumption, it deploys control strategies to achieve a balance between low-carbon power consumption and economy. The project deploys the ABB Ability™ ZEE600 smart energy management platform to precisely control the "source-network-load-storage" of the park. The platform is connected to photovoltaics, energy storage, power distribution, HVAC, lighting, charging piles and other energy facilities to achieve optimized energy management for the entire park. Among them, the eStorage smart energy storage cabin solution covers power distribution and control equipment. Through regulation and manag...