Learn about Cell Voltage Monitoring (CVM) in this Hyfindr Tech Talk. Markus Schuster from Smart TestSolutions, an expert in electrochemistry explains that CVM measures individual cell voltages within electrochemical stacks like fuel cells or electrolyzers. Components include monitoring devices, cell voltage pickups, and harnesses. Benefits include deep insights into stack health and the ability to detect critical issues like frozen cells. Despite initial cost concerns, CVM's growing use in various applications suggests a promising future, aided by advancements in technology and decreasing costs.

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Jump right into the discussion topics:

0:00 Hyfindr Tech Talk
0:33 Welcome, Markus Schuster
0:43 What have you brought?
1:15 What is Cell Voltage Monitoring (CVM)?
3:50 How does CVM work?
4:22 Where is CVM used in the hydrogen industry?
5:31 What are the different components?
7:30 How much power does CVM need to operate?
8:40 How does a cell voltage measurement result look?
12:30 How does it look in action?
16:40 Advantages and disadvantages of CVMs
20:05 What are the future outlooks for the CMSs?
21:50 Like, subscribe and comment

Executive Summary of Tech Talk Script:

In this Tech Talk with Markus Schuster, the topic of discussion is Cell Voltage Monitoring (CVM). It provides insights into CVM, its components, functions, applications, and future outlook.

CVM, short for Cell Voltage Monitoring, is explained as a monitoring device used to measure individual cell voltages or cell group voltages within a bipolar electrochemical stack, such as fuel cells or electrolyzers. Markus introduces the components involved, including the CVM system, the Cell Voltage Pickup, and the necessary harness for power supply and data transmission.

The conversation delves into the technical aspects of CVM, including how it measures voltages between bipolar plates and its role in providing real-time data for hundreds of voltages in parallel. The importance of CVM in various industries, including automotive, aviation, trains, trucks, ships, and electrolyzers, highlighting its significance in ensuring the health and efficiency of electrochemical stacks.

Markus addresses the debate around the necessity and cost-effectiveness of CVM by emphasizing its benefits, such as providing deep insights into stack health, detecting critical operational tasks, and preventing irreversible damage, as illustrated by a scenario involving fuel cell cars in extreme temperatures. He also discusses the evolving landscape of CVM, with advancements leading to more modular designs, lower costs, and broader applications beyond research and development.

The conversation concludes with a discussion on the future outlook for CVM, with expectations of further integration into serious applications and ongoing advancements in technology and cost reduction.

Overall, the interview provides a comprehensive overview of CVM, its importance, applications, and future prospects, making it an informative resource for those interested in electrochemistry, hydrogen economy, and related industries.

Interview partner: Markus Schuster

Store: Smart TestSolutions ([ Ссылка ])

Products:
Cell Voltage Monitor CVM G5 - [ Ссылка ]
Cell Voltage Monitor CVM EX - [ Ссылка ]
Cell Voltage Monitor CVM G5S - [ Ссылка ]
Customizable Cell Voltage Pickups – [ Ссылка ]

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The following topics are discussed in this Tech Talk: Cell voltage Monitor, working of cell voltage monitor, cvm, cell voltage monitor operations, advantages of cvm, disadvantages of cvm, different part of the cell voltage monitor, cell voltage monitor explained, fuel cell technology, cell voltage, measurement of cell voltage, cell voltage monitoring systems, and engineering.

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