ABB has taken another step in strengthening its research and development capabilities in China with the establishment of a Guangdong Provincial Postdoctoral Innovation Practice Base at ABB Xinhui Low Voltage Switchgear Co., Ltd. The new research platform was officially inaugurated on October 28, 2026, in Xinhui District, Jiangmen, Guangdong Province.

The initiative represents an important development in ABB's local innovation strategy, bringing together industrial expertise and university research resources to support the development of advanced low-voltage electrical equipment. It also marks the first postdoctoral research platform established by a foreign-invested enterprise in Jiangmen, according to local government reports.

The base is jointly established by ABB Xinhui and Xi'an Jiaotong University, with a particular focus on key technologies for low-voltage switchgear in the new energy sector. Through closer cooperation between industry and academia, the initiative aims to accelerate technical research, cultivate engineering talent and promote the commercialization of scientific research achievements.

A New Milestone for ABB's Research and Development in China

The inauguration ceremony brought together representatives from the Jiangmen municipal and Xinhui district governments, ABB management and academic experts from Xi'an Jiaotong University.

During the event, ABB representatives discussed the company's long-term development in China, its continued investment in local capabilities and its commitment to technological innovation. The establishment of the postdoctoral platform also reflects the importance ABB places on combining local industrial experience with advanced academic research.

According to the local announcement, the base received formal provincial-level approval in July 2026 from the Guangdong Provincial Department of Human Resources and Social Security.

The platform is affiliated with Xi'an Jiaotong University as its postdoctoral station unit. It currently has one postdoctoral researcher in residence.

A dual-supervisor system will be implemented, with enterprise specialists and university academic supervisors jointly guiding research projects. This approach is intended to connect theoretical research with practical engineering requirements and industrial applications.

For ABB, this model provides an opportunity to strengthen the relationship between product development, technical research and talent cultivation.

Research Focus: Low-Voltage Switchgear for the New Energy Sector

One of the primary research directions of the new platform is the development of key technologies for low-voltage switchgear used in new energy applications.

As renewable energy installations, energy storage systems and electrification projects continue to expand, low-voltage electrical equipment faces increasingly diverse technical requirements.

Switchgear plays an essential role in electrical distribution systems by providing functions related to circuit protection, switching, isolation and operational control. Its performance directly affects the reliability and safety of power distribution networks in industrial and infrastructure applications.

Research in this field may involve several important technical areas:

• Electrical protection technology: Improving the reliability and coordination of protection functions in low-voltage distribution systems.

• Switching performance: Studying the electrical and mechanical characteristics of switching devices under different operating conditions.

• New energy applications: Addressing the technical requirements of low-voltage equipment used in renewable energy and related electrical installations.

• Product reliability: Exploring design and testing methods that support long-term equipment performance.

• Intelligent electrical equipment: Supporting the development of more advanced low-voltage products for modern power distribution systems.

According to the event report, the joint research program will make use of Xi'an Jiaotong University's academic strengths in electrical engineering to conduct theoretical modeling and experimental research.

The objective is to provide technical support for product development and help translate research results into practical industrial applications.

These research directions are particularly relevant as electrical equipment manufacturers respond to the changing requirements of renewable energy integration, distributed power systems and industrial electrification.

Strengthening Industry-Academia Collaboration

A major feature of the ABB Xinhui postdoctoral base is its collaborative research model.

Rather than operating as an isolated academic research project, the platform is designed to connect university expertise with real industrial requirements.

Xi'an Jiaotong University contributes its research capabilities and academic resources in electrical engineering, while ABB Xinhui provides industrial application experience, product development knowledge and manufacturing expertise.

Under the dual-supervisor arrangement, postdoctoral researchers will receive guidance from both academic and enterprise professionals.

The cooperation follows the principles of project-based research, complementary strengths, joint talent development and resource sharing.

This structure is intended to help bridge the gap between fundamental research, experimental validation and product commercialization.

For the industrial automation and electrical equipment sectors, this type of collaboration is important because many engineering challenges require both theoretical understanding and practical experience in manufacturing and field applications.

By connecting these resources, ABB and its university partner aim to improve the efficiency of technology development and strengthen the technical foundation of low-voltage electrical products.

ABB Xinhui: An Important Manufacturing Base for Low-Voltage Electrical Equipment

Established in 1995, ABB Xinhui Low Voltage Switchgear Co., Ltd. is a joint venture within ABB's business operations in China and specializes in the production of low-voltage electrical equipment.

Its main product categories include molded case circuit breakers (MCCBs) and automatic transfer switching equipment (ATS), which are widely used in power distribution and electrical protection applications.

These products serve important functions in industrial facilities, commercial buildings, infrastructure projects and other electrical installations.

Molded case circuit breakers provide protection against electrical faults such as overloads and short circuits, helping protect electrical circuits and connected equipment.

Automatic transfer switches are designed to transfer electrical loads between power sources according to predefined operating conditions. They are commonly used in applications where continuity of power supply is important, including industrial facilities, commercial buildings and critical infrastructure.

According to the local report, ABB Xinhui products serve customers in more than 70 countries and regions.

The company has also received recognition for its manufacturing and environmental management performance, including national-level green factory and green supply chain designations.

The establishment of the postdoctoral innovation base adds another dimension to its development, expanding its role beyond manufacturing into collaborative research and advanced technology development.

Why This Development Matters to the Industrial Automation Industry

The development of ABB's new research platform is relevant to more than the electrical equipment manufacturing sector. It also reflects broader changes in industrial automation and power distribution.

As factories become more automated and energy systems become more interconnected, the reliability of low-voltage electrical equipment is increasingly important.

Industrial automation systems depend on stable electrical infrastructure to support PLC controllers, industrial computers, variable frequency drives, sensors, motors and communication equipment.

Although these devices perform different functions, they all rely on properly designed power distribution and electrical protection systems.

Advances in low-voltage switchgear technology can therefore contribute to several areas of industrial development:

1. Improved power distribution reliability

Research into circuit protection and switching technology can support the development of more reliable electrical distribution equipment for industrial installations.

2. Better support for renewable energy integration

The expansion of solar power, energy storage and other new energy technologies creates additional requirements for low-voltage electrical distribution and protection equipment.

3. Stronger local engineering capabilities

Cooperation between international manufacturers and Chinese universities can strengthen local research resources and support the development of technologies adapted to regional industrial requirements.

4. Faster technology transfer

Connecting theoretical research with industrial testing and manufacturing can help shorten the distance between laboratory results and practical engineering applications.

5. Development of specialized technical talent

The postdoctoral platform provides a structured environment for training researchers who can work across academic research and industrial engineering.

These developments are consistent with the industry's broader movement toward more reliable, efficient and intelligent electrical infrastructure.

ABB's Continued Investment in Local Innovation

ABB has maintained a substantial presence in China for decades, with activities covering research and development, manufacturing, engineering, sales and technical services.

Guangdong is an important part of this industrial footprint. The province has a strong manufacturing base and a growing demand for electrical equipment, industrial automation, renewable energy solutions and infrastructure development.

The new postdoctoral innovation platform in Xinhui strengthens ABB's cooperation with local academic institutions and supports the development of specialized technologies for the Chinese market.

It also demonstrates how international industrial companies can use local research partnerships to connect global engineering experience with regional industrial needs.

For ABB, the long-term value of this initiative will depend on the quality of research projects, the development of technical talent and the successful application of research results in commercial products.

Conclusion

The inauguration of the Guangdong Provincial Postdoctoral Innovation Practice Base at ABB Xinhui on October 28, 2026, represents an important milestone in the company's local research and development activities.

Through its partnership with Xi'an Jiaotong University, ABB is establishing a collaborative platform focused on key technologies for low-voltage switchgear in the new energy sector.

The initiative combines academic research, industrial engineering and postdoctoral talent development, with the aim of supporting the transition from theoretical research to experimental validation and practical product applications.

For the industrial automation and electrical distribution industries, this development highlights the growing importance of research collaboration in advancing low-voltage electrical technology.

As demand for reliable power distribution equipment continues to grow alongside industrial electrification and renewable energy development, innovations in circuit protection, switching technology and intelligent electrical systems will remain important areas to watch.