Full tutorial abstracts and presenter bios available here
Each morning/afternoon tutorial is 4 hours in length, except those noted (1/2) which are 2 hours long.
The following tutorials will be offered on Sunday, Sept. 23:
Morning Session:
- High Power/Voltage Power Converters and Applications – Opportunities and Challenges offered by HV SiC power devices
- The Smart Transformer: Impact on the Electric Grid and Technology Challenges
- Hybrid AC/DC Microgrids: Configuration, Power Management and Converter Control
- High Voltage Rotating Machines-Design and Diagnostics
- Control for Grid-Friendly Power Converter Systems
- Photo-Electro-Thermal-Theory for LED Systems and its Applications
- Power Converters for Energy Storage Applications – Analysis and Design from Theory to Practice
- Optimization Techniques for Solar Power Plants
- Predictive Control – A Simple and Powerful Method of Control Power Converters and Drives
- (1/2) Permanent Magnet Fundamentals
(1/2) Sequence Impedance Modeling and Analysis of Wind and PV Inverters Considering Coupling over Frequency
Afternoon Session:
- Application of Silicon-Carbide (SiC) Power Devices and Converters: Opportunities, Challenges and Potential Solutions
- Harmonic Modeling and Stability of Power Electronic Based Power Systems
- Electrical Drives Measurements and Testing: Past, Present, and Future
- Condition Monitoring, Diagnostics and PHM of Electric Machine and Drive Systems
- Power Electronics Enabled Technologies in Power Systems Connecting Utilities and Customers
- Advanced Digital Current Regulation Strategies for Grid Connected Inverters
- Modeling and System Design of Solid-State Lighting Drivers
- Battery Management Systems for Lithium-ion Batteries
- Interpretation of IEEE 519-2014 for Industrial and Commercial Applications
- (1/2) Design, Modelling and Control of Linear Induction Motors (LIM) for Industrial Applications
(1/2) Lose Your Bearings: An Introduction to Magnetically Suspended Shafts
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