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Schneider Electric and Microsoft have expanded their partnership to leverage AI for open, scalable industrial control systems, promising to enhance efficiency and reduce costs in green hydrogen production amid rising policy incentives.
Schneider Electric has deepened its collaboration with Microsoft in a move aimed at bringing artificial intelligence into industrial control systems, with green hydrogen production among the clearest early use cases. The companies say the effort is designed to shift manufacturers away from rigid, proprietary legacy setups and towards open, software-defined automation that can be scaled across complex operations.
At the centre of the plan is a control model built on common software rules rather than fixed hardware-dependent logic. According to the companies, that approach should help plant operators spot inefficiencies sooner, anticipate equipment problems before they trigger shutdowns and adjust power flows more intelligently, cutting both downtime and operating costs.
The hydrogen angle matters because electrolysers are highly sensitive to power quality, equipment health and variable renewable supply. Schneider Electric and Microsoft say their tools are intended to improve electrolyser efficiency and make it easier to connect hydrogen systems with on-site renewables, which is increasingly important as producers try to lower the cost of green hydrogen.
The collaboration is also moving beyond theory. Reporting from LetsDataScience said Schneider Electric and Microsoft have already worked with Indian developer h2e POWER on a 20 kW solid oxide electrolyser pilot that logged more than 6,000 hours of stable operation. That project reportedly reduced electricity use and cut the levelised cost of hydrogen by about 10%, while engineering teams said they saved as much as half their time on control logic and configuration work.
The technology stack combines Schneider Electric’s EcoStruxure Automation Expert and industrial software with Microsoft Azure AI Foundry and edge services, allowing some intelligence to run closer to the equipment itself. Industry reports say that design is intended to reduce integration friction across mixed-vendor environments, while also making engineering and maintenance less labour-intensive.
The timing also fits a wider policy and commercial push. Europe’s Green Deal and the US Inflation Reduction Act have both helped create stronger incentives for clean hydrogen projects, and industrial groups are under pressure to cut emissions without sacrificing reliability. If Schneider Electric and Microsoft can show that open automation improves hydrogen yields, system uptime and deployment speed, the model could become more attractive well beyond the hydrogen sector.
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Source: Fuse Wire Services
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