The lecture is divided into four selected modules
Those interested can choose any module according to their preference
000
Monday 16 February 2026 Module 1.1 Li-ion Battery 101 Part 1
Tuesday 17 February 2026 Module 1.2 Li-ion Battery 101 part 2
Wednesday 18 February 2026 Module 3 Seminar on Stationary energy storage and its economics: Examples in German or European Market **
Thursday 19 February 2026 Module 2 Charging process and battery pack

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Register Fee

Click or scan the QR code for
Register to join the event
On-site 4,000  THB/Module
On-line 4,000  THB/Module
00
Example:

  • Choosing Modules 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
*** Note ***

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.
Schedule
Date Topic
000
16 February 2026 Module 1.1 Li-ion Battery 101 Part 1
09:00 – 12:00 Electromobility & Li-Ion-Batteries technology
13:00 – 16:00 Li-Ion battery technology, performance, and lifetime
000  
17 February 2026 Module 1.2 Li-ion Battery 101 Part 2
09:00 – 12:00 Li-Ion battery technology, performance, and lifetime
13:00 – 16:00 Electrochemical Double Layer Capacitor (Supercaps) technology and modeling
000
18 February 2026 Module 3 Seminar on Stationary energy storage and its economics: Examples in German or European Market
09:00 – 12:30 Technologies for stationary battery storage systems
13:30 – 17:00 Markets and market design for energy storage systems in the power grid
000  
19 February 2026 Module 2 Charging process and battery pack
09:00 – 12:00 Charging process, charging concepts, and charging management & Battery Pack
13:00 – 16:00 Battery packs: design, safety & Battery Management System
** Seminar Detail

Seminar “Stationary energy storage and its economics: Examples in German or European Market.”

by Prof. Dr. Dirk Uwe Sauer, RWTH Aachen University

Renewable energies and especially photovoltaics are by far the fastest growing power generation technology. For a stable grid operation, the intermittence of the renewables is a challenge. But due to the strong decrease of battery prices, energy storage capacity can be added to the system today at acceptable costs, high speed and high flexibility regarding the location.

The seminar will give a deep insight into the technology and a possible design of the power market to foster the integration of battery storage systems. 

  1. Part 1 (9 am to 12:30 am): Technologies for stationary battery storage systems
    1. Performance, lifetime, safety and cost of lithium-based battery technologies
    2. Performance, lifetime and cost of sodium-ion battery technologies
    3. Overview on other battery technologies with respect to their potential for the stationary energy market in the coming years
    4. Container-based systems for > 5 MWh storage systems
    5. Battery home applications
    6. Vehicle-to-grid services 
  2. Part 2 (1:30 pm to 5 pm): Markets and market design for energy storage systems in the power grid
    1. Market growth of stationary storage systems in China and Europe
    2. Cost structure of stationary storage systems 
    3. Interactive cost calculation for installed power and energy capacity, and per kWh energy sale
    4. Detailed look into design and market for different service and revenue potential of stationary energy storage systems in “behind-the-meter applications” and “front-of-the-meter applications” based on the example of the German energy market

Front of the meter

      1. Reactive Power
      2. Spinning Reserve (replacing rotating masses)
      3. Frequency Containment Reserve (FCR, immediate linear frequency control)
      4. Automatic Frequency Restoration Reserve (aFRR, balancing the grid after distortion)
      5. Day-ahead market and arbitrage trading
      6. Intraday market trading
      7. Solving local grid limitations

Behind the meter

      1. Peak shaving
      2. Uninterruptible power supply
      3. Increase renewable power consumption from own power generator
      4. Reactive power compensation 

For more information, please contact

Ms. Navarut Charoensiri
+66 2555 2907
navarut.c@tggs.kmutnba.c.th

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