Press: Endua & Pulsenics AI Electrolyser Monitoring – Industry Recognition

7 Nov

The world-first deployment of AI-driven electrolyser monitoring developed by Pulsenics and Endua and has attracted significant attention from leading hydrogen industry publications.

Following the announcement in October 2025, the partnership – which combines real-time performance monitoring with predictive analytics under intermittent solar power conditions – has been covered extensively across global media, reflecting the breakthrough's significance for the hydrogen production sector.

Technology Innovation Explained

At its core, the collaboration delivers what the hydrogen industry has long lacked: continuous, real-time visibility into how electrolysers perform and degrade under variable renewable energy conditions.

By integrating Pulsenics’ proprietary electrochemical impedance spectroscopy (EIS) hardware with Endua’s modular hydrogen production systems, the partnership enables producers to optimise for ultra-low electricity prices, while maintaining equipment reliability and predictability.

This directly addresses a critical challenge for on-site hydrogen production: the intermittent nature of solar power creates frequent cycling that historically has been impossible to monitor effectively.

The AI analytics synthesise data across dozens of frequency scans to provide early failure warnings, track degradation patterns and help de-risk investment decisions through transparent performance guarantees.

Industry Recognition

The significance of this achievement has resonated across the hydrogen sector.

Hydrogen Central reported on the deployment as a world-first commercial application of AI-enabled spectrum scanning for hydrogen electrolysers, highlighting how the technology helps hydrogen producers lower costs and extend asset lifetimes.

H2 View noted it as the “first” real-world commercial use of AI diagnostic technology for green hydrogen production.

Australian Manufacturing also covered the Australian-Canadian partnership, emphasising how the monitoring capability builds confidence in hydrogen as a reliable energy source.

Industry analysts have recognised this innovation directly strengthens the business case for distributed hydrogen production, as the performance data helps de-risk agreements between hydrogen producers and equipment manufacturers, like Endua.

What this means for Endua customers

For industrial hydrogen users seeking on-site production capability, this advancement is transformative.

Endua CEO Paul Sernia noted that customers increasingly demand guarantees on performance and uptime, and the AI analytics from Pulsenics can enable Endua to support these commitments with confidence.

By combining predictive diagnostics with Endua's proven electrolysis technology, customers gain unprecedented transparency into their hydrogen production systems.

This capability becomes particularly valuable in applications where hydrogen is produced directly from renewable energy sources, removing the need for grid connection and the associated infrastructure costs that would otherwise make hydrogen uneconomical.

Market Context

The partnership announcement arrives at a critical moment for the hydrogen industry.

As PV Magazine noted in its coverage of hydrogen market developments, the sector is navigating questions around cost-effectiveness and reliability. This collaboration demonstrates a practical path forward.

By optimising electrolyser performance for real-world intermittent power conditions, producers can compete directly with incumbent energy technologies on cost grounds, which Pulsenics’ Mariam Awara describes as essential: “Green hydrogen can compete with other energy technologies when we use the world's cheapest power.”

Looking ahead

The deployment of this technology marks the beginning of a new era in hydrogen production monitoring. As the hydrogen sector matures, the ability to provide transparent, data-driven performance metrics will become increasingly important for securing investment, building customer confidence and scaling production capacity.

Endua’s commitment to integrating cutting-edge monitoring capabilities into its hydrogen systems positions the company at the forefront of this transition.