• Siemens Semiconductor Industry Summit was held in Suzhou
• Comprehensive presentation of comprehensive energy management and high-tech electronics plant power supply and distribution solutions covering the design, implementation and operation phases

DSDI451 5716075-A Siemens today held a semiconductor industry summit in Suzhou with the theme of “Digital Intelligence Low-carbon, starting from the core”, inviting industry associations, partners and many customers to gather together to discuss the development trend of the semiconductor industry, explore the development opportunities under the “dual carbon” strategy, and seek to promote the transformation and high-quality development of the industry with digital and low-carbon innovative technologies.

“Semiconductor industry demand continues to grow, and according to the latest World Semiconductor Trade Statistics Organization (WSTS) released data, global semiconductor sales in 2022 increased by 3.2% from $555.9 billion in 2021 to a record $573.5 billion.” Yue Huacong, DSDI451 5716075-A an analyst at the China Semiconductor Association, said: “With the development of artificial intelligence, cloud computing, new energy vehicles and other industries, the demand for the semiconductor industry will continue to rise. Therefore, in the context of continuous growth in demand and ‘dual carbon’, energy conservation and carbon reduction in the semiconductor industry is particularly important.”

DSDI451 5716075-A

“Scientific and technological innovation is one of the important paths for China’s semiconductor industry to achieve high-quality development. In recent years, the scale of semiconductor plant continues to expand, energy consumption continues to rise, and the power supply and distribution system is becoming more and more complex, how to build a reliable, intelligent and low-carbon power supply and distribution system is imminent for the semiconductor industry.” Lin Bin, DSDI451 5716075-A Executive Vice President of Siemens (China) Co., Ltd. and general manager of Siemens’ Intelligent Infrastructure Group in Greater China, said, “Siemens has been working in the semiconductor industry for many years and has always been committed to fully integrated energy management and flexible and reliable power supply with digital and low-carbon technologies. We look forward to continuing to work with our partners to grasp new opportunities and draw new blueprints for the development of the industry.”

At the industry summit, Siemens presented in detail its comprehensive energy management and high-tech electronics plant power supply and distribution solutions covering the design, implementation and operation phases. During the design phase, Siemens power simulation software sincal helps customers with power flow and short circuit calculations, protection setting checks, and electromechanical transient simulation to ensure system safety. In the implementation phase, Siemens can provide DSDI451 5716075-A mature power equipment, accurate execution equipment, and advanced comprehensive protection system, from high pressure, medium pressure to low pressure, from the whole cabinet, components to valves, a full set of reliable equipment for the successful landing of the project escort. In the later stages of operations, the Siemens range of software helps customers operate efficiently. For example, NXpower intelligent power distribution system can realize status monitoring of switchgear, asset operation and maintenance, and power quality monitoring during operation to improve power supply reliability and security. The ECX Carbon management system enables carbon accounting, carbon reduction planning, real-time monitoring of carbon footprint, and carbon asset management, enabling customers to understand the carbon emission situation of the plant and take appropriate measures to achieve carbon reduction according to the system recommendations. MGMS integrated energy management and control platform can optimize the parameters of each system through digital energy simulation, based on accurate monitoring and analysis models, and put forward optimization suggestions for operation, reduce operation energy consumption, and optimize the operating cost of customers.