PulSenics provides real-time monitoring and control solutions for electrochemical systems using advanced electrochemical impedance spectroscopy to extract and analyze dynamic characteristics at high currents. This technology enables precise condition assessment and optimization of energy efficiency in applications such as energy storage and water treatment.
Funding
$950K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
CDFounders
Product
Problem
Electrochemical systems operating at high currents lack real-time monitoring capabilities, hindering the ability to understand dynamic characteristics and optimize performance. Traditional electrochemical impedance spectroscopy (EIS) instruments face limitations in accurately measuring the low impedance of high-power electrochemical systems, impeding effective condition assessment.
Solution
PulSenics provides real-time monitoring and control solutions for electrochemical systems by employing advanced electrochemical impedance spectroscopy (EIS) to extract and analyze dynamic characteristics at high currents. The PulSenics suite enables precise condition assessment and optimization of energy efficiency in applications such as energy storage, water treatment, green hydrogen production, and carbon utilization. The system comprises the Pulse Probe for monitoring electrochemical cell and stack conditions, a Data Management Platform for consolidating and visualizing electrochemical data, and Pulsenics AI for deploying application-specific AI models to gain actionable insights. By integrating the PulSenics suite, users can fully characterize, test, and analyze electrochemical stacks under field operating conditions, optimizing for energy efficiency and predictive maintenance.
Target Audience
The primary target audience includes professionals in water treatment, energy storage, green hydrogen production, and carbon utilization industries, as well as researchers and engineers involved in electrochemical system development and optimization.
Features
- Pulse Probe hardware for real-time monitoring of electrochemical cell and stack conditions.
- Data Management Platform for consolidating, visualizing, and correlating electrochemical data.
- Pulsenics AI for deploying application-specific AI models to extract actionable insights.
- Electrochemical Impedance Spectroscopy (EIS) for characterizing industrial electrochemical systems.
- Ability to accurately measure the low impedance of high-power electrochemical systems.
- Product insights paper detailing the importance of EIS and the limitations of traditional instruments.