In celebration of the #TGGS_KMUTNB 20 years anniversary

ECE Seminar Series

Battery Storage Systems 2025

24 – 27 February 2025

Aachen Conference Room, 3rd Floor, TGGS Building, KMUTNB

Bangkok, Thailand

The lecture is divided into four selectable modules.
Those interested can choose any module according to their preference.

Monday 24 February 2025 Module 1.1 Li-Ion Battery 101 Part 1
Tuesday 25 February 2025 Module 1.2 Li-Ion Battery 101 Part 2 and Supercapacitor
Wednesday 26 February 2025 Module 2 Charging process and battery pack
Thursday 27 February 2025 Module 3 Overview of current status, cost development, and potentials of future battery technologies

 

Modules for credit banking

Training modules for credit banking of

Course: 090245224 Battery Storage Systems (Revision Academic Year 2025)

 

Credit: 3 credits (Thai) – 6 ECTS credits
Curriculum: Master of Engineering in Electrical and Computer Engineering (International Program)
Faculty: The Sirindhorn International Thai-German Graduate School of Engineering
University: King Mongkut’s University of Technology North Bangkok

 

Course Description:

Fundamentals of battery, basics of electrochemistry, primary battery, secondary battery, battery management system, battery model, application of battery.

 

Training Modules:

Module A   0.75 Thai credits or 1.5 ECTS credits
Day 1 09:00 – 16:00 Introduction of the battery storage system, basics of electrochemistry & principles
Day 2 09:00 – 16:00 Basics of electrochemistry & theoretical energy density 7 battery modeling
Module B  0.75 Thai credits or 1.5 ECTS credits
Day 1 09:00 – 16:00 Lead-acid battery technology
Day 2 09:00 – 16:00 Lead-acid battery technology& Sizing and integration of battery storage system
Module C  0.75 Thai credits or 1.5 ECTS credits 
Day 1 09:00 – 12:00 Electromobility & Li-Ion batteries technology
13:00 – 16:00 Li-Ion battery technology, performance and lifetime
Day 2 09:00 – 12:00 Li-Ion battery technology, performance and lifetime
13:00 – 16:00 Electrochemical Double Layer Capacitor (Supercaps) technology and modeling
Module D  0.75 Thai credits or 1.5 ECTS credits
Submodule D1 0.3725 Thai credits or 0.75 ECTS credits
Day 1 09:00 – 12:00 Charging process, charging concepts and charging management & Battery pack
13:00 – 16:00 Battery packs: design, safety & Battery Management System
Submodule D2 0.3725 Thai credits or 0.75 ECTS credits
Day 2 09:00 – 16:00 Overview of current status, cost development and potentials of future battery technologies
** Only Submodule D1 and D2 can be attended separately.
Credit banking conditions:
  • Each module is equivalent to 0.75 Thai credits or 1.5 ECTS credit.
  • The certificate will be given for the successful participation of each module. 
  • Each module can be offered with or without a test depending on circumstances. 
  • If the module is attended successfully, the earned credit will be given as attended. If the test of each module is offered, the participants who pass the test will obtain the grading. The earned credit will be recorded with grade.
Seminar Info

Seminar on 27 February 2025

Topics: Overview of current status, cost development and potentials of future battery technologies
Banners: Dramatic price reductions for lithium-ion battery cells are opening up a multitude of new business models

 

Content:

Over the last 18 months, battery cell prices have fallen significantly worldwide. This is due, on the one hand, to lower raw material prices, but also to rising production volumes and fierce competition, particularly between cell manufacturers in the Chinese market. While these low prices are a major challenge for companies looking to enter the battery cell production business, they are creating new or improved product opportunities for battery users. In e-mobility, prices for electric vehicles are falling faster than expected to the level of vehicles with combustion engines. In strategic assessments, not only light trucks but also heavy-duty long-haul trucks with battery-electric drives are showing significant advantages over vehicles with fuel cells and hydrogen. However, at current prices, battery systems can also be used economically in the power system to smooth price differences within a day (‘arbitrage’) in addition to various services in day-to-day business.

The seminar will analyze the state of the art in current battery technologies and the influences on the costs of the cells. In addition, the focus will be on possible future technologies and their strengths and weaknesses, opportunities and risks will be discussed. In addition to variants of the classic lithium-ion batteries, these include sodium-ion batteries, lithium-sulfur batteries or solid-state electrolyte batteries.

Speaker: Prof. Dr. rer. nat. Kirk-Uwe Sauer, RWTH Aachhen University
Date: 27 February 2025
Time: 8:30 – 16:30 (GMT+7)
Place: Aachen Conference Room, Floor 3 TGGS Building, KMUTNB
Supporting Partners: TESTA, IEEE Joint IES/PELS/IAS Chapter Thailand

 

Registration Fee

On-site 4,000 THB/Module
Online 4,000 THB/Module

 

Scan or Click on QR code
for register to join the event

 ** Example:

  • Choosing Module 1.1 and 1.2, the total fee is 8,000 THB
  • Choosing Module 3 only, the total fee is 4,000 THB
  • Choosing all Modules, the total fee is 16,000 THB

*** Attendees of the lecture will be awarded a certificate, which can be utilized to count towards credit units in the credit bank for certain portions of the course 090245224 Battery Storage System within the Master of Engineering in Electrical and Computer Engineering program at TGGS, in accordance with the criteria set forth by TGGS.

 

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