Schneider Electric is accelerating its dual transformation toward “AI + Green Energy,” reshaping the future of industry and power distribution with innovative digital solutions.
[Shanghai, China, October 23, 2026] Schneider Electric, a global leader in digital transformation for energy management and automation, today announced a comprehensive upgrade to its full-lifecycle digital and green, low-carbon solutions for industrial manufacturing, data centers, and commercial buildings. Leveraging cutting-edge artificial intelligence (AI) technology and deep industry expertise, Schneider Electric is committed to integrating the entire process chain—from design and construction to operations and maintenance—and is working with global partners to accelerate the transition toward a new era of efficient, resilient, and sustainable industry and energy.
About Schneider Electric
Schneider Electric is committed to being your digital partner for efficiency and sustainability. We drive digital transformation across the home, building, data center, infrastructure, and industrial markets. By integrating world-leading process and energy management technologies, we connect interconnected products, controls, software, and services—from the edge to the cloud—across the entire business lifecycle to enable integrated, enterprise-wide management.
I. Deep AI Empowerment: Moving from “Reactive Response” to “Predictive Autonomous Operation”
Against the backdrop of surging computing power demands and flexible industrial production, Schneider Electric has further enhanced the intelligent capabilities of its flagship EcoStruxure™ architecture, officially launching a new generation of intelligent control and energy optimization modules integrated with AI algorithms:
Predictive Maintenance and Asset Health Management: By deeply embedding smart sensing and edge computing technologies into core electrical equipment—such as variable frequency drives, contactors, and low-voltage power distribution systems—the system can assess equipment degradation trends in real time and proactively identify potential electrical faults, reducing the risk of unplanned downtime by more than 30%.
Adaptive Dynamic Optimization for Energy Efficiency: By using machine learning algorithms to model workshop loads, ambient temperature and humidity, and peak-off-peak electricity rates in real time, the system enables autonomous closed-loop regulation of air conditioning, air compression, and lighting systems, helping to reduce comprehensive energy consumption in key energy-intensive scenarios by 15% to 25%.
II. Integrated Hardware and Software Innovation: Building a Highly Resilient, Green Power Distribution Foundation
Addressing the demands of new power systems and complex operating conditions, Schneider Electric showcased its latest breakthroughs in smart power distribution and automation hardware:
Next-Generation Eco-Friendly Switchgear: Replacing the traditional greenhouse gas sulfur hexafluoride (SF₆) with dry air, this solution eliminates greenhouse gas emissions at the source while ensuring exceptional insulation and breaking performance, setting a low-carbon benchmark for renewable energy grid integration and green campus development.
Upgraded Open Automation Platform: Embracing the “software-defined automation” philosophy, this platform breaks down the technical barriers associated with traditional industrial control hardware’s underlying hardware dependencies, enabling flexible, cross-platform deployment of industrial software and significantly shortening production line changeover and secondary development cycles.
As a company with a “Multi-Local” DNA, we champion open ecosystems and partner networks, and are committed to enabling everyone to make the most of their energy and unlock their potential.
