| Session Code |
Topic |
Panel Sessions |
|
| Panel 1 |
TD |
Digitalization of Protection & Control Systems |
Details |
| Panel 2 |
TD-RE |
EV & Infrastructure |
Details |
| Panel 3 |
TD-RE |
Innovative Energy Management Systems for Microgrids |
Details |
| Panel 4 |
PG-TD-RE |
Smart Asset Management in Power Industry |
Details |
| Panel 5 |
TD |
Smart Home for Smart Life & IoT in Power System |
Details |
| Panel 6 |
TD-RE |
Power Quality |
Details |
| Panel 7 |
PG-TD-RE |
Block Chain Energy Trading & Trading Platform |
Details |
| Panel 8 |
TD |
Successful Synchrophasor Technology Applications & Future Trends |
Details |
| Panel 9 |
TD-RE |
Local Energy Systems & Grid Automation: Building the Grid from the Bottom |
Details |
| Panel 10 |
PG-TD-RE |
National Energy Trading Platform (English) |
Details |
| Panel 11 |
PG-TD-RE |
Real Time Power System Simulation Application |
Details |
| Panel 12 |
TD-RE |
Energy Storage System |
Details |
| Panel 13 |
RE |
Emerging Trends in Renewable Power Generation Technologies: A Step Towards Sustainable Development |
Details |
| Panel 14 |
RE |
Renewable Forecasting |
Details |
| Panel 15 |
PG |
Power Plant Digitalizaiton |
Details |
| |
March 21, 2019 - Day 1 |
| Panel 1: Digitalization of Protection & Control Systems |
| Thu-21 Mar | 11AM - 12:30PM | Silk 4 |
| • Opportunities and challenges with Digital and smart substation |
| • Innovation in power grid protection, control and automation |
| • Design and deployment of modern protection and control systems |
| Moderator: |
| Alexander APOSTOLOV (view bio) |
| OMICRON Electronics, Germany |
|
| Panelists: |
| Amnat TANPRASERTKUL (view bio) |
| ABB, Thailand |
|
| Rodolfo PEREDA (view bio) |
| Ingeteam, Spain |
|
| Yanming REN (view bio) |
| SIFANG, China |
|
| Li LI (view bio) |
| NR Electric, China |
|
| Edward TAN (view bio) |
| Siemens, Malaysia |
|
| Panel 2: EV & Infrastructure |
| Thu-21 Mar | 11AM - 12:30PM | Nile 1 |
| Moderator: |
| Jacques BORREMANS (view bio) |
| Charging Interface Initiative EV, Hong Kong |
|
| Prof. Hirotaka TAKANO |
| Gifu University |
|
| Panelists: |
| Luigi LONOCE (view bio) |
| ABB, Switzerland |
|
| Sasianong PHLOIKASEM SOOK |
| Metropolitan Electricity Authority , Thailand |
|
| Kittisak NGOENNGOKNGAM |
| Delta Electronics, Thailand |
|
| Toshihisa FUNABASHI (view bio) |
| University of the Ryukyus, Japan |
| Panel 9: Local Energy Systems & Grid Automation: |
| Building the Grid from the Bottom |
| Fri - 22 Mar | 2 - 3:30PM | Nile 3 |
| Two key elements of grid modernization are the Advanced Distribution Automation Systems (ADAS) and Local Energy Systems. In the past microgrids has been extensively featured and how they contributed to shape the future grid. Microgrids are originally seen as mainly electrical in contrast to this the recent development froms Europe feature the Local Energy Systems which differ from Microgrids in dimensions of size and also the integration of cross-carrier energy system. The resulting system is not anymore an electrical system but a multicarrier system. The LES perspective will cover on how the role of distributed generation evolved in European DSO and how assets where moved to lower voltage level. This change impacts not only the location of the assets and the distribution of energy but also on the requirements and functionalities which the distribution automation system needs to fulfill. An industry consensus is that around 75% of the cost of ADAS implementation is integration into the existing landscape of operation technologies. Successful interoperability requires compliance with industry standards, Communication protocols and data exchange. |
|
| The panel session will focus on how ADAS and LES contribute to grid modernization and the importance of integration and interoperability from the utility side. There will be several examples discussed resulting from the experiences gained in several large-scale European demonstration projects. A focus will be placed on what are the commonalities and differences between Europe and Asia. Especially dealing with the opportunities and challenges of LES and Advanced Automation solutions. |
| Moderator: |
| Marco CUPELLI (view bio) |
| EON Energy Research Center at RWTH Aachen, Germany |
|
| Panelists: |
| Christian DUMBS (view bio) |
| ENEDIS, France |
|
| Friderich KUPZOG (view bio) |
| Austrian Institute of Technology (AIT), Austria |
|
| Thorsten GROSS (view bio) |
| AVACON AG, Germany |
|
| |
March 22, 2019 - Day 2 |
| Panel 10: National Energy Trading Platform (English) |
| Fri - 22 Mar | 2 - 2:30pM | Nile 4 |
| Moderator: |
| Titiporn SANGPETCH |
| Electricity Generating Authority of Thailand, Thailand |
|
| Panelists: |
| Kirapat JIAMSET, MEA Governor |
| Metropolitan Electricity Authority, Thailand
|
|
| Viboon RERKSIRATHAI, EGAT Governor |
| Electricity Generating Authority of Thailand, Thailand
|
|
| Sompong PREEPREM, PEA Governor |
| Provincial Electricity Authority, Thailand
|
|
| Wattanapong KUROVAT, Deputy Director-General |
| Energy Policy and Planning Office, Thailand
|
|
| Panel 11: Real Time Power System Simulation Application |
| Fri - 22 Mar | 2 - 3:30PM | Amber 1 |
| Moderator: |
| Paul FORSYTH (view bio) |
| RTDS Technologies Inc., Canada |
|
| Panelists: |
| Cyprian PETERS (view bio) |
| RTDS Technologies Inc., Canada |
|
| Benoit MARCOUX (view bio) |
| Opal-RT Tecnologies, Canada |
|
| Narong TANTICHAYAKORN |
| Provincial Electricity Authority , Thailand |
|
| Suttichai PREMRUDEEPREECHACHARN (view bio) |
| Chiang Mai University, Thailand |
|
| Panel 15: Power Plant Digitalization |
| Sat-23 Mar | 10.30AM – 12PM | Amber 1 |
| The digital transformation is coming to the power industry. Data collection and exchange are growing exponentially, creating digital threats but also valuable opportunities. Utilities around the world are leveraging digital technologies to enhance efficiency and optimize production. |
|
| Power plant digitalization leverages a large number of digital applications across the utility production value chain. A digital application is a combination of multiple technologies addressing a specific business requirement. For example, predictive maintenance, which is a combination of technologies such as IIoT, Big data, and artificial intelligence, is a popular digital application to improve productivity and reliability by minimizing unplanned downtime. |
|
| Digital utility plants lead to holistic improvement in the production process. Utility players expect digital plants to make production processes more efficient and reliable by massively improving crucial areas of production in the next five years. This represents a step change in performance improvement. These improvements in operations will be driven by a wide array of digital applications, with more than half using process automation and close to half using operational analytics. While process automation encompasses features such as automated material handling and smart track and trace, operational analytics turns data at the level of automation control systems into insightful information that is visible to authorized people in the organization. The power plant of the future will be fully digitalization. This session is going to address successful transformation from the manufacturer point of view to the utility concerns. |
|
| Moderator: |
| Kanchit NGAMSANROAJ |
| Electricity Generating Authority of Thailand, Thailand |
|
| Panelists: |
| Marc ANTOINE (view bio) |
| ABB, Switzerland |
|
| Takuo ECHIGOYA |
| Toshiba Plant Systems & Services Corporation, Japan |
|
| Bhanu SHEKHAR (view bio) |
| General Electric, United Arab Emirates |
|
