Tech Licensing Opportunity: Realtime Electrochemical Waveform Control with Integrated Performance Monitoring

Realtime Electrochemical Waveform Control with Integrated Performance Monitoring

Integrates active waveform analysis for live performance monitoring and optimization in electrochemical devices.

The Challenge:

The electrolysis and fuel cell industries are poised at a revolutionary juncture, driven by the rapid advancements in power electronics. Traditional approaches to performance analytics in these sectors involve pausing system operations, a method that becomes less feasible as demands for efficiency and system uptime increase. Historically, sophisticated waveform applications necessary for detailed analytics were unattainable in large systems, limiting operational insights and optimization opportunities. The integration of Realtime Electrochemical Waveform Control with Performance Monitoring Realtime Waveform Analysis introduces a dynamic shift, enabling continuous system health monitoring and live optimization without halting operations.

How it Works:

This technology offers a breakthrough in the operation of electrochemical devices such as batteries, fuel cells, and electrolysis systems. By integrating real-time waveform analysis tools into the power waveforms applied to these devices, it enables continuous performance analytics and optimization without interrupting normal operations. This approach allows for the application of complex waveforms like pulse width modulation to modulate power more effectively, enhancing device performance and efficiency.

Key Advantages:

• Enables live performance monitoring and optimization of electrochemical devices.


• Allows for the application of complex waveforms without halting device operation.


• Improves precision in performance analytics for large-scale systems.


• Facilitates high-resolution data collection for health assessment of devices.


• Potentially reduces capital costs through decreased equipment replacement needs.


• Increases system efficiency, lowering the cost of produced goods.

Problems Solved

• Real-time System Monitoring: Eliminates the need to halt device operation for performance measurements.


• Overcomes limitations of precision analytics in large-scale electrochemical systems.


• Addresses the lack of sophisticated power electronics in large electrolysis systems.


• Solves the challenge of collecting high-quality information from large systems.

Market Applications

• Large-Scale Electrolysis Plants and Fuel Cell Operators: Provides crucial insights into system health, enabling proactive maintenance and efficiency optimization.


• Industrial Scale Green Energy Production: Supports the growth of environmentally sustainable energy production by enhancing the performance and reliability of systems involved in hydrogen production.


• Research and Development Facilities: Offers a rich data environment to test new materials and theories at both micro and macro levels, accelerating innovation.

Development Status: TRL 3

US Provisional Patent Application No. 63/624,227, “ELECTROCHEMICAL CELL SYSTEMS AND ASSOCIATED POWER SYSTEMS, COMPONENTS, AND METHODS,” BEA Docket No. BA-1394

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