Linkedin

NOVONIX – Estimating measurement error in Coulombic Efficiency with UHPC

Summary

NOVONIX’s UHPC Channel Modules are capable of making measurements of current with precisions of better than 20 parts per million across their measurement ranges. But how does that precision in current translate to precision in measurements of CE? This paper explores how we estimate our measurement error in CE from our raw data.

Links

View Application Note

Share:

LinkedIn
Twitter
Email

Resource Category Tags

Products
Channel Modules
Applications
Complementary Techniques
UHPC Methodology
Resource Format
Citations

Related Resources

NOVONIX – An Ultra-High Precision Coulometry Study of Solid-State Batteries

Ultra-high precision coulometry (UHPC) and associated battery cell testing techniques requiring precision and accuracy beyond the capabilities of conventional testers are typically used to quickly assess lifetime capability and cell performance.
Read Citation

NOVONIX – Performing DCIR Measurements with a NOVONIX UHPC System

The method presented here leverages user defined variables to perform internal resistance measurements on a NOVONIX UHPC system.
Read Citation

UHPC Protocol – Getting started with custom variables and expressions

As of v2.6.0, UHPC Protocol supports creating and updating variables or math expressions to trigger conditions within the 'Step Control Conditions' and 'Current' text boxes. This document outlines how to get started implementing these custom conditions in your test protocols.
Product Manual
View all resources

Catch Cell Degradation in Just Days

NOVONIX’s UHPC system detects the earliest signs of failure — down to the parts per million. Fill out the form to learn how we can accelerate your cell testing today.

"*" indicates required fields

By providing your email, you agree to receive updates and insights from NOVONIX. Unsubscribe at any time.