Schneider Electric at 2026 Hannover Messe: Full-Chain Innovation Empowers Automation Spare Parts and Industrial Transformation

2026-04-21

Hannover, Germany, April 20, 2026 - As a global leader in energy technology and automation, Schneider Electric made a prominent appearance at the 2026 Hannover Messe (Hall 13, Stand C34, Hannover Messe Exhibition Center, Germany), presenting a comprehensive portfolio of innovative automation products, spare parts solutions, and industry-leading best practices. With the theme "The Time for Intelligent Manufacturing Transformation", the company, in collaboration with its subsidiaries AVEVA, ETAP, and ProLeiT, showcased the seamless integration of electrification, openness, software-defined automation, and artificial intelligence through five immersive exhibition zones. By focusing on the industry’s core pain points—including automation spare parts upgrading, old system renovation, and operational efficiency improvement—Schneider Electric delivered scalable, practical solutions to global industrial enterprises, helping them convert transformation challenges into core competitiveness and driving the high-quality development of the industrial automation industry. As a global barometer of industrial technology, this year’s Hannover Messe highlighted key trends such as large-scale industrial AI application and digital twin popularization, and Schneider Electric’s exhibition achievements have become a crucial reference for the innovative development of the automation spare parts sector.

The Core of Schneider Electric’s Exhibition: What Is Full-Chain Automation Spare Parts Innovation

Schneider Electric’s participation in the 2026 Hannover Messe is centered on "full-chain innovation for automation spare parts", which refers to a holistic solution covering the entire lifecycle of automation spare parts—from R&D, production, and standardization to adaptation, operation and maintenance, and upgrade. This innovation is built on the company’s EcoStruxure™ Open Automation Platform (EAE), which has been continuously iterated since its launch in 2020 and is based on the IEC 61499 standard to achieve software-hardware decoupling. Unlike traditional fragmented spare parts supply and maintenance services, Schneider Electric’s full-chain solution integrates hardware products, software systems, ecological collaboration, and consulting services, aiming to solve the core pain points of automation spare parts management for enterprises and realize the synergy between spare parts, systems, and production processes.

Gwenaelle Huet, Executive Vice President of Schneider Electric and Head of Industrial Automation Business, emphasized: "For a long time, the digital transformation of the industry has often remained at the level of vision and commitment. As the core support for the stable operation of industrial systems, the reliability, compatibility, and accessibility of automation spare parts directly determine the operational resilience of enterprises. At this year’s Hannover Messe, Schneider Electric not only presented cutting-edge automation technologies but also provided a complete solution covering the entire life cycle of spare parts, from research and development to production, adaptation, and operation and maintenance. This can bring immediate value to customers and help enterprises solve the pain points of spare parts management, releasing the long-term momentum of industrial operations."

The Urgency of Innovation: Why Industrial Enterprises Need Full-Chain Spare Parts Solutions

Against the backdrop of global industrial intelligence and green transformation, industrial enterprises are facing increasingly prominent challenges in automation spare parts management, which has become a key bottleneck restricting their transformation and development. Firstly, traditional automation systems are closed and isolated, with strong binding between software and hardware, leading to poor compatibility of spare parts—old system spare parts are difficult to replace, and new spare parts cannot be flexibly adapted, increasing the cost and cycle of system renovation. Secondly, the lack of a full-life-cycle management system for spare parts results in backward inventory management, frequent unplanned downtime caused by delayed spare parts supply, and increased maintenance costs. Thirdly, with the accelerated iteration of industrial AI and digital twin technologies, the demand for intelligent, networked, and green spare parts is growing, while traditional spare parts can no longer meet the needs of intelligent production and low-carbon operation. Fourthly, the global industrial spare parts supply chain is volatile, and enterprises face risks such as uneven spare parts quality and delayed supply, which affect the stable operation of production lines.

Ding Xiaohong, Director and Senior Vice President of Schneider Electric Group and Head of Industrial Automation Business in China, added: "China is a core strategic market for Schneider Electric. We always practice the innovation strategy of 'In China for China, In China for the World', deeply integrating global leading automation and spare parts technologies with the actual needs of China's industrial scenarios, such as the renovation of old production lines and the localization of spare parts, promoting China's innovation to empower the world and contributing to the development of new productive forces." This also reflects the urgent demand for high-quality automation spare parts solutions in global industrial markets.

The Path to Empowerment: How to Implement Full-Chain Spare Parts Innovation

1. Launching Innovative Products to Lay a Solid Foundation for Spare Parts Upgrading

At the exhibition, Schneider Electric launched a series of new automation products and supporting spare parts, many of which made their European debut, further improving the software-defined automation technology system. The globally first Foxboro SDA software-defined Distributed Control System (DCS) was a highlight, combining Foxboro’s proven reliability—rooted in the third-generation DCS’s open network advantages—and the open architecture of EcoStruxure™ Open Automation Platform (EAE). Its supporting spare parts adopt software-hardware decoupling design, which can flexibly adapt to the upgrading of old systems, greatly reducing the cost and cycle of spare parts replacement and simplifying the AI technology integration process. Meanwhile, a full range of smart frequency converters, the new-generation Modicon M590 dPAC digital controller, SCADAPack™ 470d/474d intelligent Remote Terminal Units (RTUs), and SF₆-free medium-voltage innovative technologies were also unveiled.

These products and their spare parts are designed with standardization, compatibility, and durability in mind, suitable for harsh operating conditions in various industries. For example, the Modicon M590 dPAC spare parts feature wide-temperature operation and three-proof protection, precisely meeting the spare parts requirements in water treatment, discrete manufacturing, and other scenarios. The SF₆-free medium-voltage spare parts replace SF₆ with dry air, achieving green and environmental upgrades in line with global carbon reduction strategies. In addition, the TeSys Tera PROFINET series spare parts can monitor motor operation parameters in real time, enabling predictive maintenance and reducing unplanned downtime for enterprises. These innovative spare parts not only improve the reliability and stability of industrial systems but also lay a solid foundation for enterprises’ intelligent and green transformation.

2. Deepening Ecological Collaboration to Build a Full-Chain Service System

Schneider Electric firmly believes that industrial transformation and spare parts upgrading cannot be achieved by a single enterprise. During the exhibition, the company further strengthened cooperation with global strategic partners to build an open and interoperable industrial ecosystem, launching a number of joint solutions covering the entire chain of automation spare parts from R&D, supply, and operation and maintenance to upgrade. In collaboration with Deloitte, Schneider Electric created a comprehensive industrial transformation and spare parts upgrading solution, integrating Deloitte’s leading consulting and change management capabilities with its own spare parts technology accumulation, helping enterprises optimize spare parts inventory management and realize the upgrading and replacement of old spare parts.

In partnership with Microsoft, the company presented a new generation of intelligent agent manufacturing capabilities. The Azure AI-driven Schneider Electric Industrial Copilot effectively breaks down barriers between tools and teams, builds a closed-loop, software-defined workflow system, and enables intelligent scheduling, fault early warning, and rapid replacement of automation spare parts—reducing the production line adjustment and spare parts adaptation cycle by up to 50%. In addition, cooperation with Dell, HPE, and Amazon Web Services focuses on the digital management, cloud operation, and edge deployment of automation spare parts, addressing the core challenges of OT modernization and spare parts management, and providing a complete path for the full-life-cycle management of spare parts. Schneider Electric also expanded its spare parts ecosystem with partners such as Red Hat, Intel, and the Universal Automation Organization (UAO) to enhance the accessibility and adaptability of spare parts.

3. Promoting Practical Application to Verify the Value of Spare Parts Innovation

To fully demonstrate the practical value of its full-chain automation spare parts solutions, Schneider Electric showcased the application results of multiple global industry benchmark customers at the exhibition, providing actionable experience for automation spare parts practitioners. Royal Avebe, a Dutch company, upgraded the high-energy-consuming processes of its Foxhol factory with Schneider Electric’s electrification transformation plan and supporting automation spare parts. Through the intelligent adaptation of spare parts and real-time energy management, the company achieved heating decarbonization in the factory without increasing grid capacity, helping it achieve the 2030 emission reduction target of 30% and an annual 1.5% improvement in energy efficiency.

As a pioneer in green hydrogen technology, India’s H2e Power transformed its high-temperature solid oxide electrolyzer into an automatically optimized device by adopting Schneider Electric’s open, software-defined automation technology and supporting spare parts. Through precise spare parts adaptation and predictive maintenance, the system has achieved stable operation for more than 6,000 hours, with power consumption reduced by up to 10%, effectively extending the service life of spare parts and reducing maintenance costs. In addition, companies such as Suez in France and Evonik in Germany have realized the modernization of infrastructure and the improvement of process efficiency by adopting Schneider Electric’s automation spare parts and system solutions, fully verifying the practicality and reliability of the company’s spare parts solutions.

Key Technical Points of Full-Chain Spare Parts Innovation

The core technical support of Schneider Electric’s full-chain automation spare parts innovation lies in the integration of software-defined automation, digital twin, and industrial AI technologies. The EcoStruxure™ Open Automation Platform (EAE) realizes software-hardware decoupling, which not only improves the reusability of software but also makes spare parts more flexible and compatible, laying a foundation for the integration of new technologies such as industrial AI. The digital twin technology, represented by ETAP digital twin and AVEVA digital twin platform, realizes the unified management of the entire system and spare parts, enabling real-time monitoring of spare parts status, health assessment, and maintenance planning simulation, which helps enterprises achieve predictive maintenance of spare parts and reduce unplanned downtime.

In addition, the integration of industrial cellular networks and edge computing technology has further optimized the application of automation spare parts. By integrating multiple network standards such as 5G, 4G, and NB-IoT, industrial cellular networks meet the differentiated network needs of different intelligent manufacturing scenarios, while edge computing platforms undertake the functions of traditional physical PLCs, reducing costs and facilitating flexible expansion. These technical integrations enable automation spare parts to achieve intelligent scheduling, real-time monitoring, and remote maintenance, forming a closed-loop management system covering the entire life cycle.

Implementation Benefits: The Value Brought by Full-Chain Spare Parts Innovation

The implementation of Schneider Electric’s full-chain automation spare parts solutions has brought tangible benefits to industrial enterprises in multiple aspects. In terms of cost control, standardized and compatible spare parts reduce the cost of spare parts replacement and inventory management; software-hardware decoupling design reduces the cost of old system renovation, and the example of Schneider Electric’s Shanghai factory shows that such transformation can reduce the renovation cost of high-speed automatic silver riveting machines by up to 750,000 yuan for 10 units. In terms of operational efficiency, intelligent spare parts scheduling and predictive maintenance reduce unplanned downtime by up to 15%, and the production line adjustment cycle is shortened by up to 50%, significantly improving production efficiency. In terms of green development, SF₆-free spare parts and energy-saving spare parts help enterprises reduce carbon emissions and energy consumption, meeting global low-carbon development requirements.

In terms of operational resilience, the open ecological cooperation model ensures the stability and accessibility of the spare parts supply chain, reducing the impact of supply chain fluctuations on enterprise production. For enterprises, the full-chain spare parts solution not only solves the current pain points of spare parts management but also provides long-term support for their digital and intelligent transformation, helping them build core competitiveness in the fierce market competition.

Conclusion

As a crucial vanguard of global industrial innovation, the 2026 Hannover Messe gathers the world’s cutting-edge industrial technologies and clearly points out the development direction of automation, intelligence, and greenization. Schneider Electric’s participation in this exhibition, with full-chain automation spare parts innovation as the core, comprehensively demonstrates its leading strength in the fields of electrification, automation, and digitalization, as well as its firm commitment to helping enterprises solve the pain points of spare parts management and achieve high-quality transformation. By relying on innovative products, an open ecosystem, and practical application cases, the company has provided a feasible path for global industrial enterprises to transform challenges into competitiveness.

In the future, Schneider Electric will continue to take innovation as the core driving force, deepen its "In China for China, In China for the World" innovation strategy, focus on the reliability, compatibility, greenization, and intelligence upgrading of automation spare parts, and promote the in-depth integration of global leading technologies with the actual needs of industrial markets around the world. By expanding the open ecosystem and working hand in hand with customers and partners, Schneider Electric will continue to provide full-chain automation spare parts solutions for more enterprises, helping the global industrial automation industry move towards a more efficient, intelligent, and green future.

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