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Hardware
Spectroscopy for industrial high-powered electrochemical stacks.
Software
Consolidate, visualize and correlate electrochemical data for meaningful decision-making.
AI
Extend your analytics capabilities using our AI engine.
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Real-time Electrochemical System Monitoring & Control
Extract and understand changing electrochemical characteristics from the heart of electrochemical systems operating at high currents, in real-time.
Learn about stack characterization
Real-time Electrochemical System Monitoring & Control
Extract and understand changing electrochemical characteristics from the heart of electrochemical systems operating at high currents, in real-time.
Learn about stack characterization
Product Suite
The Pulse Probe
Monitor your electrochemical cell and stack conditions, in the lab or during operations.
Explore Hardware
Data Management Platform
Consolidate, visualize and correlate electrochemical data for meaningful decision-making.
Explore Software
Pulsenics AI
Extend the potential of your data and access actionable insights by deploying Pulsenics' application-specific AI models.
Explore AI
CHOOSE YOUR USE CASE
In The Lab
Inform your product development cycle by utilizing the Pulsenics suite to fully characterize, test and analyze your electrochemical stacks under field operating conditions.
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In The Field
Integrate the Pulsenics Suite into your existing operations to optimize for energy efficiency and predictive maintenance.
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Your Industry
Water Treatment
Energy Storage
Green Hydrogen
Carbon Utilization
PRODUCT INSIGHTS
Electrochemical Impedance Spectroscopy for Characterizing Industrial Electrochemical Systems
In this Product Insights paper, you will learn about:
The importance of Electrochemical Impedance Spectroscopy (EIS) for characterizing electrochemical systems.
The limitations of traditional EIS-measuring instruments for industrial stack characterization.
The Pulsenics Probe’s ability to accurately measure the low impedance of high-power electrochemical systems.
A Case Study: A comparison between a leading lab-based potentiostat and the Pulsenics Probe for low-impedance measurement.
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