[CMC Research]

[Seminar Information]
Lithium Ion Battery Performance, Degradation and Life Evaluation October 17 (Thursday) Organizer: CMC Research Co., Ltd.

CMC Research
[Seminar Information]
Lithium-ion Battery Performance, Degradation, and Life Evaluation October 17th (Thursday) Organizer: CMC Research Co., Ltd. …………………………………………………………………………………………… CMC Research Co., Ltd. (Kanda Nishiki-cho, Chiyoda-ku: cmcre.com/), which provides cutting-edge technology information and market information, offers seminars on market trends and technological trends in various materials and chemicals. We are now publishing a book. We welcomed a seminar titled “Performance, Degradation, and Life Evaluation of Lithium Ion Batteries” as a lecturer by Mr. Noboru Koyama, Ennet Co., Ltd. It will be held from 10:30 on Thursday, October 17th, at Chiyoda Platform Square 5F (Nishiki-cho, Chiyoda-ku). Tuition fee: General: 51,000 yen (+ tax), our e-mail magazine members: 45,000 yen (+ tax), academic price is 24,000 yen (with materials). For details and application for the seminar, please visit our URL below! cmcre.com/archives/44555/ There will be a Q & A session, so please join us. Lithium ion secondary battery (LIB) basics, basic characterization, and operation to help new entrants, newly started researchers, and experienced researchers and planners Understanding the status, battery performance deterioration and mechanism, evaluation method for deterioration / life prediction, information obtained from the charge / discharge curve, evaluation / analysis method using impedance measurement, etc. Explain carefully based on the electrochemical method. Introduces the basic characteristics of LIB, which is widely used in the market, introduces the latest measurement and evaluation methods and material development, and clarifies the surrounding research trends. After the lecture, we will answer questions regarding the content of the lecture to the extent possible. 1) Seminar theme and date Theme: Lithium-ion battery performance, deterioration, and life evaluation Date: October 17 (Thursday), 2019, 10: 30-16: 30 Venue: Chiyoda Platform Square 5F 3-21 Kanda Nishikicho, Chiyoda-ku, Tokyo 101-0054, Japan Participation fee: 51,000 yen (+ tax) * * 45,000 yen for mail magazine registrants (+ tax) * Academic price is 24,000 yen (+ tax) Lecturer: Mr. Noboru Koyama Representative Director and President, Research and Development Department, Ennet Co., Ltd.
[Keywords of lecture contents]
(1) Basic characteristics of battery reaction (2) Charge / discharge characteristics evaluation (3) DC evaluation methods (4) AC impedance measurement method (5) Features of current general-purpose batteries (6) Battery performance degradation and its mechanism (7) Evaluation method for deterioration and life prediction (8) Ensuring battery performance
[Required background]
Basic knowledge of general chemistry, electrical / electronic engineering, thermodynamics / kinetics 2) How to apply The seminar site of CMMC Research cmcre.com/archives/44555/ Please apply from We will send you a return ticket, an audition ticket, a venue map, and an invoice.
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3) Introduction of seminar program 1 Basics of battery reaction 1.1 Basic concept of reaction A. Redox potential, Nernst equation, electric double layer, output potential B. Gas-lattice model C. Electrode reaction model of active material particles 1.2 Reaction scheme of active material particles A. LTO series B. Olivine iron-based 1.3 Lithium ion diffusion process and diffusion coefficient 2 Charging / discharging characteristics 2.1 Charging / discharging curve (energy density, rate characteristics) 2.2 Difference curve 3 DC evaluation methods 3.1 Cyclic voltammetry 3.2 Pulse method 4 AC impedance evaluation method 4.1 Measurement method A. Principle and Features B. Evaluation model equivalent circuit C. Active material spherical particle surface top membrane (SEI) interface and equivalent circuit D. Various parameters at the solid particle / electrolyte interface E. Some recent reports 4.2 Obtained impedance spectrum (EIS) A. EIS temperature and SOC dependency B. 3D display 5 Features of current general-purpose batteries 5.1 Constituent materials 5.2 Charging / discharging characteristics 6 Battery performance degradation and its mechanism 6.1 Characteristic change over time (1/2 power law) and capacity reduction 6.2 Deterioration factors 6.3 Composition analysis and structural analysis 7 Degradation and life prediction evaluation methods 7.1 OCV curve and dV / dQ curve 7.2 Impedance characteristics and equivalent circuit for evaluation 7.3 Curve fitting 7.4 Newman model 7.5 Kalman filter 7.6 Machine learning method 7.7 Pulse characteristics and equivalent circuit for evaluation 8 To ensure battery performance 8.1 Interface control 8.2 Chemical modification 8.3 Safety measures 9 New Material Development Topics 9.1 Solidification of battery 9.2 Water-based battery materials 9.3 Other 10 Conclusion 4) Seminar participants and benefits ★ Academic pricing: limited to countries, local governments, and universities, graduate school teachers, and students who are qualified by the School Education Law. ★ If two or more people are registered at the same time and all applicants are registered as e-mail magazine members, the second person is free and the third and subsequent people are half the price of the e-mail magazine. ☆ Click here for details and application ↓ https://cmcre.com/archives/44555/ 5) Information on related seminars (1) Theory and practice of technology for high efficiency and electrification of internal combustion engines learned from the basics -Principles of high-efficiency powertrain development that EV engineers should know- Date and time: Friday, September 27, 2019, 13: 30-16: 30 Https://cmcre.com/archives/44435/ (2) Latest trends and prospects for lithium-ion battery and all-solid-state battery manufacturing technologies Date and time: Friday, October 18, 2019, 10: 30-16: 30 Https://cmcre.com/archives/50142/ (3) Challenges and solutions for ultra-rapid charging in EVs Date and time: Friday, October 25, 2019, 13: 30-16: 20 https://cmcre.com/archives/49530/ (4) Development status and prospects of all-solid lithium secondary batteries Date and time: November 6, 2019 (Wednesday) 12: 30-16: 30 Https://cmcre.com/archives/50574/ (5) Deterioration diagnosis technology for lithium-ion batteries Date and time: December 4, 2019 (Thursday) 10: 30-16: 30 Https://cmcre.com/archives/51258/ (6) New battery theory that solves the problems of lithium-ion secondary batteries and next-generation batteries Date and time: December 5, 2019 (Thursday) 13: 00-16: 30 Https://cmcre.com/archives/51285/ (7) Risk & hazard avoidance and safety test standards for lithium-ion batteries Date and time: December 10, 2019 (Tuesday) 10: 30-16: 30 Https://cmcre.com/archives/51227/ ☆ Click here for the list of seminars to be held! ↓ Https://cmcre.com/archives/category/seminar/seminar_cmc_f/ 6) Related books (1) EV World II Matching of elemental resources, positive and negative electrode materials and battery production
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