Category: Industry trends

Under the severe challenge of global climate change, energy conservation has become an important issue in the policy-making of many countries.

In February 2024, the Ministry of Industry and Information Technology issued the “Guidelines for the Construction of Carbon Peak and Carbon Neutrality Standard System in the Industrial Sector”, marking the fast lane of China’s dual carbon standard system construction in the industrial sector.

The “Guidelines” point out that by 2025, a preliminary carbon peak and carbon neutrality standard system will be established in the industrial sector, and more than 200 urgently needed standards for carbon peak will be formulated. The focus will be on the development of basic universal, greenhouse gas accounting, low-carbon technology and equipment standards, providing technical support for carbon assessment and emission reduction in the industrial sector.

In response to the national “dual carbon” policy and advocating for green and low-carbon production methods, Yaskawa Electric has continuously upgraded and innovated its technology. Yaskawa Electric has proposed measures to achieve carbon neutrality through “energy conservation and emission reduction” and “energy regeneration”.
Efficient, intelligent, energy-saving, and emission reducing

GA700 series high-capacity frequency converter, with a capacity expanded to 560kW (heavy load)/630kW (light load), can provide customized energy-saving solutions according to customer needs, achieve high added value, and help save energy and reduce emissions。

√ Improved driving efficiency, which can significantly save energy.
√ Supports multiple high-efficiency motors: Paired with energy-saving and high-efficiency motors, the energy-saving effect is significant.
The new energy-saving control is more energy-efficient, with automatic energy efficiency optimization, helping users achieve energy conservation and efficiency improvement.
√ Combining Yaskawa’s i ³ – Mechatronics to improve the efficiency and intelligence of production management.
Green intelligent manufacturing and energy regeneration
The combination of GA700 and regenerative inverter D1000 can achieve the reuse of waste energy and power regeneration.
The matrix inverter U1000 with integrated design can achieve drive and power regeneration with just one device.

Yaskawa has never stopped in the development of green new industries. Since the launch of the transistor frequency converter (VS-616T) in 1974, the accumulated experience and technological breakthroughs in the field of frequency converters over the past 50 years have been highly praised by users. The product is widely used in fields such as cranes, conveyors, air conditioners, elevators, packaging printing, and machine tools.
In terms of industry layout, GA700 high-capacity frequency converters are particularly focused on the development of industries such as lithium batteries, fans, and extruders. Provide customized solutions tailored to the characteristics and needs of these fields, helping customers achieve product upgrades and business growth.
Assist in dual carbon application scenarios

1 Lithium battery
Accurately control the motor speed and power during the production process of lithium batteries, improve production efficiency, and reduce energy consumption.

2 fans
Optimize the operating curve of the fan, reduce the starting and running currents, and minimize energy waste.

3 extruders
Ensure stable operation of equipment, improve product quality, and reduce energy consumption.
As an enterprise that provides comprehensive solutions, Yaskawa Electric has been committed to contributing to China’s industrial advancement since its establishment, continuously providing world-renowned products and technologies to the Chinese market. As a new engine for energy conservation and emission reduction, frequency converters are driving the green development of the industrial sector and helping “dual carbon” enter the fast lane.

Standing in front of the visual large screen of Beijing’s first “photovoltaic storage direct flexible” zero carbon business hall – Beijing Global Power Supply Service Center Business Hall, the real-time operation and optimization results of photovoltaic power generation, energy storage system charging and discharging, car charging piles and other electricity consumption data, as well as comprehensive optimization algorithms, are all in full view. This large screen is the embodiment of the “wisdom” of Siemens Smart ECX, a smart carbon management platform. The renewable energy consumption rate is expected to increase by nearly 10%, and the energy efficiency is expected to increase by nearly 20% compared to traditional business halls, which will be the energy-saving achievements that this business hall can achieve.

Beijing Global Power Supply Service Center Business Hall

This “Light Storage Straight Soft” zero carbon business hall project is a vivid practice of Siemens promoting the Siemens China Zero Carbon Pioneer Program with the spirit of low-carbon practitioners. In the process of practicing practical carbon reduction, Siemens deeply recognizes that low-carbon and digitalization complement each other, and will drive industrial transformation in different application scenarios, jointly promoting the sustainable development of enterprises and even the whole society.

Smart Carbon Solution with “Pin” Shape

Cracking the carbon reduction challenge
Faced with the continuous intersection, penetration, and integration of digital technology and low-carbon transformation, enterprises need to respond to the transition from energy consumption dual control to carbon emission dual control with smarter and more efficient solutions. Siemens is committed to promoting the transformation of enterprises from energy management thinking to carbon management thinking, examining and managing enterprise operations from a new carbon perspective.

A digital solution for the shape of the character ‘P’

Siemens provides a unique digital solution in the shape of a ‘cross’. At the top is Siemens’ Smart ECX smart energy carbon management platform. The bottom of the “cross” shape is composed of the energy supply end and the energy consumption end. The supply side provides intelligent scheduling and operation solutions for distributed energy, while the consumption side provides digital solutions for improving equipment energy efficiency. By conducting in-depth analysis of energy supply and consumption data through Smart ECX, enterprises can explore more potential and scenarios for energy conservation and carbon reduction, thereby achieving more efficient energy utilization and lower carbon operating models.

Siemens Smart ECX Smart Energy Carbon Management Platform

Siemens Smart ECX integrates new generation digital technologies such as the Internet of Things, cloud computing, and artificial intelligence, providing functions such as carbon data visualization, analysis benchmarking, prediction optimization, carbon inventory checking, and carbon emission reduction planning. It can help enterprises improve energy system efficiency and achieve a closed loop of carbon management value. The platform mainly focuses on four core scenarios: manufacturing, new power systems, energy intelligent operation and maintenance, and high-end buildings, and has launched standard, advanced, and professional versions for these scenarios.
Taking the construction scenario of a new power system as an example, Siemens uses algorithm models to predict power generation and load for microgrids, achieving comprehensive optimization of photovoltaic energy storage and charging, as well as precise management of electricity demand. The Beijing Global Power Supply Service Center business hall project mentioned earlier is a typical application case. In this project, Siemens tailored an energy and carbon management solution that integrates software and hardware equipment such as Smart ECX, intelligent microgrid controller SICAM A8000, and flexible interconnection devices. It built a cross shaped architecture of “AC/DC mutual benefit+optical storage DC flexible+flexible strategy”, forming a stable, reliable, clean, low-carbon, safe, controllable, flexible and efficient new power system.

Thanks to the application of Siemens Smart ECX, a smart carbon management platform, the carbon situation of the business hall is clear at a glance

At present, Siemens Smart ECX has been successfully applied in various industry scenarios and has accumulated numerous successful cases. For example, the MOBO Collaborative Innovation Industrial Park in Changshu High tech Zone, Taicang Zhihui Valley, Locke Meisen (Jinan) Zero Carbon Smart Factory, and the Nanjing State Grid Jiangbei New Area Power Supply Company Office Park have all been deployed.

Siemens Line Protection Systems Co., Ltd

At the same time, Siemens has also installed and applied Smart ECX in its own park. Taking Siemens Line Protection Systems Co., Ltd. (SCPS) as an example, in the face of diversified factory scenarios, we have achieved visualization of energy and carbon data through the deployment of Smart ECX. Combined with relevant energy management measures, we have helped the factory reduce its annual carbon emissions by about 200 tons, a year-on-year decrease of nearly 6.7%. The factory has previously been rated as a national green factory. In addition, the online carbon verification function of the platform has also helped Suzhou Siemens Electrical Appliances Co., Ltd. (SEAL) and Beijing Siemens Sibelius Electronics Co., Ltd. (BSCE) efficiently and accurately complete the verification of organizational carbon emissions and product carbon footprint. DEKRA Certification Group (DEKRA) issued the “2023 Organizational Carbon Emission Verification Statement” and Desigo Essentials for the two factories respectively in June this year ® ELC.E14 Controller Carbon Footprint Verification Statement.
Through one practical case after another, Siemens continues to expand the application scenarios of Smart ECX, transforming the potential of technology into actual productivity, and promoting the deepening and implementation of digital and low-carbon transformation with a practical spirit.
Give full play to ecological advantages
Consolidate the foundation of digital transformation
For any industry, digital and low-carbon transformation is not an easy task. Each industry has its own unique needs, which require a complete solution that covers data, framework, and architecture integration to support it. Siemens has recognized this and established a digital empowerment center for intelligent infrastructure in China. By organically integrating the professional capabilities of various business units, the Digital Empowerment Center can provide customers with digital solutions that deeply integrate IT and OT, effectively driving the dual transformation of enterprise digitization and low-carbon.
Of course, in the process of promoting digitalization and low-carbon transformation, it not only requires the collaboration of Siemens’ various business units, but also the support of the entire ecosystem. Siemens hopes to play a leading role in building an open and collaborative ecosystem with partners, while creating more industry-specific branch solutions, actively promoting standardization of platform functions, providing plug and play solutions for small and medium-sized enterprises, and injecting more power and value into enterprise transformation and upgrading with more innovative solutions.
The low-carbon transformation is not a standalone process, it requires all parties to work together. With the strong support of Siemens Xcelerator platform, Siemens will continue to expand the ecological partner network of Smart ECX platform, build an open energy and carbon management ecosystem, and form strong synergies. For example, Siemens’ partner, New Nuclear Cloud, has discovered that the Smart ECX on Siemens Xcelerator can meet the quantifiable energy consumption needs of its customer, Hongqi Instruments. So, both parties worked together to promote the deployment of Smart ECX in the SaaS model at Hongqi Instrument, helping Hongqi Instrument achieve full digital management of energy assets and visualization of workshop level energy data.
Low carbon transformation is essential for the high-quality development of enterprises, and the widespread application of digital technology has become a bridge connecting environmentally friendly development and economic growth. Looking towards the future, Siemens will continue to work together with partners to explore the infinite possibilities of digitization and low-carbon, and contribute to building a more sustainable world.

Heavy display of ABB’s latest robots, frequency converters, and high-efficiency motors, with multiple new products welcoming their debut and debut
Jointly released the latest industry white paper with Porsche Consulting, providing insights into the future trends of the consumer electronics market
Rich booth live streaming activities and prize winning interactions bring immersive experiences to both online and offline audiences
From September 24th to 28th, the 24th China International Industrial Fair will be held at the Shanghai National Convention and Exhibition Center. ABB will showcase its latest industrial robots and the next-generation robot control platform OmniCore at booth E001 in Hall 8.1 and booth B171 in Hall 6.1 ™、 Dozens of innovative products, services, and solutions such as cloud drives, frequency converters, high-efficiency motors, and servo motors will be released, and industry white papers will be released to support users in various industries to accelerate transformation, upgrading, and sustainable development.

ABB Robot Exhibition Stand: It’s a Robot, More Infinite Possibilities

This year marks the 50th anniversary of ABB’s robot innovation journey. At this milestone, ABB will introduce multiple new products, technologies, and applications, and release the GoFa ultra high precision feature options for collaborative robots, modular large robots IRB 7710 and IRB 7720, showcasing the new generation of robot human control platform OmniCore ™ All members, the fusion of two ABB robots and the flexible track system of B&R ACOPOStrak, vividly interpret the core theme of “being a robot, but also infinite possibilities”. Among them:

The newly launched Ultra Accuracy leading feature will provide excellent operational accuracy and speed for the ABB GoFaTM collaborative robot series. Compared with other collaborative robots on the market, its path accuracy has increased by more than 10 times, supporting precision manufacturing in the electronics, automotive, aerospace, and metalworking industries.
ABB’s new generation robot control platform OmniCore, with a research and development investment of 170 million US dollars ™ Provides a faster, more precise, and sustainable intelligent automation platform, with a 25% increase in operating speed and a 20% reduction in energy consumption compared to previous ABB controllers. This architecture will realize the comprehensive integration of artificial intelligence, sensors, cloud computing and edge computing systems, and create advanced and autonomous robot applications.
ABB’s new IRB 7710 and IRB 7720 series of large robots provide unprecedented flexibility, including 16 models that are widely suitable for high load assembly and high-precision applications. They can efficiently handle various application processes in the production of electric vehicles, hybrid vehicles, and traditional vehicles, including stamping, body in white, electric vehicle battery assembly, and vehicle final assembly, and can save up to 30% of energy consumption.
On the first day of the CIIE, ABB Robotics will join hands with Porsche Consulting to jointly release the latest industry white paper on site, insight into the future trends of the consumer electronics market, and reveal the revolutionary application of robot technology in the field of surface treatment. ABB Robotics will also lead everyone to visit the nearly 800 square meter ABB Robotics exhibition hall through rich live streaming activities, watch new product releases and expert interpretations, and bring limited time discounts and surprise gifts to online users through live streaming sales.

ABB Motion Control booth: Efficient and energy-saving, empowering industrial green and low-carbon transformation

ABB will showcase a wide range of motion control products, services, and solutions, including ABB Cloud Drive, DCT880 thyristor power controller, HDS high-power and efficient permanent magnet synchronous servo motor, HX and HY high-performance explosion-proof servo motor, and M2QA IE5 universal low-voltage motor, at the motion control booth (B171 booth in Hall 6.1) of the Industry Expo. This will help users optimize production processes and controls more efficiently and flexibly, effectively shorten downtime, and significantly improve productivity and energy efficiency.

ABB Cloud Drive applies ABB’s expert knowledge in the frequency converter industry to intelligent diagnosis, life prediction, and optimization of frequency converters through technologies such as the Internet of Things, cloud computing, and artificial intelligence. It helps users shorten downtime, improve production efficiency, and achieve intelligent operation and maintenance.
The DCT880 thyristor power controller is equipped with multiple flexible control methods, and is connected to the main automation network through fieldbus adapters, helping the glass, plastic, metal, and food and beverage industries improve the accuracy of induction heater and infrared heater control.
HDS high-power and efficient permanent magnet synchronous servo motors offer air and water cooling configurations, with ultra-high power density and compact exterior design. With excellent synchronization performance and control accuracy, and leveraging China’s local supply chain and production advantages, they achieve cost optimization and rapid delivery, helping users in the fields of rubber, new energy, metal, machine tools, etc. to optimize equipment performance.
M2QA IE5, as ABB’s newly upgraded first level energy-efficient universal low-voltage motor, can be widely used in industries such as papermaking, lifting, metallurgy, power, shipbuilding, textiles, food and beverage, mining, cement, etc. with its excellent performance and highly customized capabilities, helping users significantly reduce energy expenses.
In addition to the exciting exhibits and activities, ABB will also hold the award ceremony for the 2024 ABB Cup Intelligent Technology Innovation Competition Finals on September 27th at the ABB Robotics booth at the China International Fair for Industry and Technology, revealing all awards for the four competition categories. Winning student representatives will be invited to visit ABB factories and the ABB booth at the Industry Expo, winning competition prizes. Outstanding winning students will also receive internship opportunities or priority employment opportunities for campus recruitment positions.

ABB is a technology leader in the field of electrical and automation, committed to empowering a more sustainable and efficient future. ABB integrates engineering experience and software technology into solutions to optimize manufacturing, transportation, energy, and operations. Adhering to over 140 years of outstanding history, ABB’s more than 105000 employees worldwide are dedicated to driving innovation and accelerating industrial transformation. ABB has comprehensive business activities in China, including research and development, manufacturing, sales, and engineering services. It has about 30 local enterprises and approximately 15000 employees spread across nearly 130 cities. Its online and offline channels cover about 700 cities across the country.

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