Future Battery Cell Chemistries
Li-ion battery cells are widely used in various industries; this article discusses the current & expected future variations in Li-ion cells & their testing.
Future Battery Cell Chemistries is an application documented by HORIBA. This page summarizes the engineering task and the system-selection considerations for an Elina implementation.
Application challenge
Li-ion battery cells are widely used in various industries; this article discusses the current & expected future variations in Li-ion cells & their testing.
Measurement or test approach
The test system combines the relevant analyzer or dynamometer, controlled test conditions, data acquisition and automation for the required mobility measurement.
Topics covered by the manufacturer
- Lithium-ion (Li-ion) battery cells and their future chemistries
- 1. Introduction
- 2. How do Li-ion battery cells operate?
- 3. Selecting Li-ion battery cells
- 4. Li-ion battery cell variations
- 5. Future battery cell chemistries
- 6. Implications on a battery cell laboratory testing
- 7. How we can help
Information required for system selection
Define the device under test, operating envelope, measured quantities, accuracy, transient behavior, test-cell interfaces and automation requirements.
The problem
Li-ion battery cells are widely used in various industries; this article discusses the current & expected future variations in Li-ion cells & their testing.
The method
The test system combines the relevant analyzer or dynamometer, controlled test conditions, data acquisition and automation for the required mobility measurement.
The result
The delivered configuration must be verified against the operating envelope and performance required by the application.