Schneider Electric powers 7 source-linked AI deployments documented in AIUseCaseHub, across 3 industries and 6 countries. Documented deployments include copilots.
Get email alerts
New partner deployments for Schneider Electric, straight to your inbox. No account needed.
Use Cases
7
Industries
3
Countries
6
Hyperscaler mix
Filter Schneider Electric's implementations by cloud provider evidence.
How Schneider Electric builds AIBuild, Buy & Compose — what they mean
Asia-Pacific's utilities sector is undergoing rapid modernization, pushed by rising energy demand, aging infrastructure, and decarbonization mandates. Microsoft, in collaboration with regional utilities and partners such as Schneider Electric, is driving transformation across Australia, Japan, and Southeast Asia. The initiative leverages AI, Azure Cloud Platform, and generative AI to automate maintenance, streamline regulatory processes, manage distributed energy resources, and optimize forecasting. Notable implementations include predictive maintenance for grid assets, AI-generated permitting documents, and distributed energy resource management systems. Utilities such as Japan’s largest power generator and Pacific Gas and Electric have benefited from AI advisors and real-time anomaly detection, enhancing grid reliability and operational safety. The solutions are designed not only for technical efficiency but also to improve regulatory compliance and support renewable integration. Results include significant risk reduction, improved forecasting, and accelerated clean energy project implementation.
Many Brazilian energy and utilities firms are advancing their ESG (Environmental, Social, and Governance) efforts by implementing Microsoft AI, machine learning, automation, and IoT solutions. This adoption follows the introduction of stricter national regulations, pressing for improved sustainability data transparency and operational efficiency. Service providers like Accenture, Capgemini, IBM Consulting, Wipro, Tata Consultancy Services, Deloitte, EY, NTT DATA, PwC, and Schneider Electric partner with enterprises to integrate sustainable practices, including renewable energy systems, electric mobility, and real-time emission monitoring. Microsoft is specifically recognized for leadership in IT solutions and managed services for ESG in Brazil, driving digital transformation to meet evolving standards and environmental challenges in the sector. These technology-driven initiatives have improved data collection, traceability, and made companies leaders in sustainable operations.
JERA uses Microsoft's AI to monitor power plants round-the-clock, boosting efficiency and preventing failures. National Grid leverages Azure and Copilot to streamline workflows and contributes towards its sustainability ambitions. Partnerships with Exelon, Schneider Electric, and others further optimize energy resource strategies using advanced Microsoft AI capabilities.
WaterForce, in partnership with Microsoft and Schneider Electric, developed SCADAFarm—a smart irrigation solution. It integrates weather data, reservoir levels, and electricity prices to guide optimal irrigation practices. The system enables farmers to manage irrigation pivots efficiently via desktop or mobile devices, helping them align equipment against wind damage or schedule water usage during cheaper energy times. By utilizing SCADAFarm's data-driven approach, farmers reduced water consumption by 30% and electricity costs by 50%. This initiative demonstrates advanced solutions for sustainable agriculture.
Emirates Health Services (EHS) has successfully implemented the Digital Twin project at Al Qassimi Hospital, partnering with Microsoft and Schneider Electric. This pioneering initiative leverages AI-driven digital twin technology to focus on sustainability, reduce the carbon footprint, and optimize energy usage within health facilities. The project resulted in a 30% reduction in energy consumption and a decrease in maintenance needs by 20%. It also aids in monitoring energy patterns, detecting modernization opportunities, and integrating renewable energy sources like solar power into traditional electricity grids to enhance sustainability and system stability. EHS aims to shape the future of healthcare through advanced innovative approaches aligning with UAE’s sustainable development goals.
Exelon and other leading energy providers partnered with Microsoft and Schneider Electric to modernize energy grids and improve sustainability outcomes.The solution involved Microsoft Azure, Microsoft Sustainability Manager, and deep industry collaboration showcased at DISTRIBUTECH International.Technologies enabled advanced analytics for outage management, operational optimization, distributed energy resource integration and EV transition.Automated cloud-native analytics and edge computing improved metering and flexibility for grid reliability.Schneider Electric's process and energy systems, powered by Microsoft Azure, were integrated for end-to-end efficiency and carbon reporting.Microsoft's Sustainability Manager enabled automated emissions reporting and targeted carbon reduction strategies.The transformation improved renewable energy integration, operational efficiency, and supported large-scale energy transition and net-zero goals for Exelon.
Blackhills farm in New Zealand, managed by Craig Blackburn, exemplifies agricultural innovation blending tradition with cutting-edge technology.Faced with intense resource demands, Blackburn implemented SCADAfarm—a solution by WaterForce and Schneider Electric—built on Microsoft's Azure IoT platform to streamline irrigation and water management across 400 hectares of operations.The cloud-based SCADAfarm system enables remote control and real-time monitoring of pumps, irrigators, and field sensors, integrating weather station data for precise adjustments tailored to crops and soil conditions.Azure IoT Hub and Azure Cloud manage the data, providing advanced analytics for compliance, cost optimization, and yield management.Automated alerts and reporting capabilities have empowered the farm to reduce water and electricity use, maintain profitability, and adapt to environmental regulations.With enhanced efficiency, resource tracking, and sustainability, Blackhills farm increased fodder and barley yields while saving up to 50% of allocated water use in some operations.The project demonstrates how sustainable agriculture and technology partnerships drive transformation and future-readiness in the farming sector.