에너지공학개론
Introduction of Energy System Engneering
Introduction of Energy System Engneering
Lecture Note
Introduction of Energy Systems
L0 - Course overview [PDF]
Lecture Materials
L1 - LIB Analysis Paper using LLM [PDF] [MATLAB]
L2-1 - LIB Analysis LIBs’ Data Using RAG [PDF] [MATLAB]
L2 -2- LIB Analysis Modeling Automation using AI-agent [PDF]
L3 - Introduction of Lithium-Ion Battery [PDF]
L4 - Materials of LIBs: Cathode, Anode [PDF] [Video1] [Video2]
L5 - Introduction of Deep Learning [PDF] for 4/28
L6 - Design of LIBs using ANN [PDF] [MATLAB] [Link] for 4/30
L7 - Discovery of super ionic conductor in Solid Electrolyte [PDF] [MATLAB] [Link] [Link] for 4/30
L9 - Equivalent Circuit Modeling [PDF] [Video] for 5/5
L9 - Capacity Estimation using FNN, CNN, LSTM [PDF] [MATLAB] [Data.zip] [Link] for 5/7
L10- Midterm exam for Part 2 on 5/12
Supply materials
L1 - LLM 설명 [Youtube]
L2-2 - LG에너지솔루션 차세대 배터리 R&D를 위한 자동화 기기 [Youtube]
L3 - Novel Lecture (1) Akira Yoshino [Youtube], (2) M. Stanley Whittingham [Youtube], (3) John B. Goodenough [Youtube]
L3 - 리튬이온전지의 기본원리 [Youtube]
L3 - How a Lithium Ion Battery Actually Works [Youtube]
L3 - 배터리의 기본단위 (셀, 모듈, 팩) [Youtube]
L3 - 사용처에 따른 배터리 종류 (소형, 중형,대형 배터리) [Youtube]
L3 - How It's Made - Lithium Ion Battereis [Youtube]
L4 - 3원계 양극재의 열폭주 원인과 대책 발표 [Youtube]
L4 - 양극재와 음극재의 구조와 작동방식 [Youtube]
L4 - New Battery Materials Exploiting Bio Energy Transduction [Youtube]
Homeworks
HW#1 - LLM Paper extraction [PDF] due date 4/30 team project
HW#2 - 10 problems @E-class due date 5/10
HW#3 - Deep Learning Project [PDF] due date 5/26