Exploring the Science Behind Li-Ion Batteries and Coin Cell Assembly
Location
James E. Gleason Hall (GLE/009) - Erdle Commons
At our exhibit, visitors will get an experience exploring the fundamental workings of lithium-ion (Li-ion) batteries and the intricate process of assembling a coin cell battery. Through interactive demonstrations and engaging explanations, we will break down the essential components of a Li-ion battery, explaining how they store and release energy to power everyday devices. Understanding Li-Ion Battery Mechanism: Visitors will learn about the key components of a Li-ion battery, including the cathode, anode, electrolyte, and separator. Using simple animations and hands-on models, we will illustrate the movement of lithium ions (Li⁺) and electrons during the charging and discharging process. A real-time demonstration will showcase how chemical energy is converted into electrical energy, effectively powering small devices. This interactive approach will provide a clear understanding of how Li-ion batteries function and their significance in modern technology. Coin Cell Assembly Demonstration: Attendees will also have the opportunity to observe the step-by-step assembly of a coin cell battery, similar to those used in watches and small electronics. We will explain the role of each layer, from the current collectors to the electrolyte-soaked separator, highlighting their importance in ensuring efficient battery performance. Participants will see firsthand how precision and safety play a crucial role in assembling a functional battery, deepening their appreciation for battery technology and its real-world applications.
Location
James E. Gleason Hall (GLE/009) - Erdle Commons
Topics
Exhibitor
Rui Liu
IMTIAZ AHMED SHOZIB
Zachary Sanders
Alhamdu Nuhu Bage
Advisor(s)
Dr. Howard Tu
Organization
This is related to the Clean Energy and Water (CEW) Lab, which conducts research on solid-state batteries. The principal investigator (PI) is Dr. Howard Tu.
Thank you to all of our sponsors!