This session: 26–30 Jul 2027
This From Wheels to Watts: Mechanical to Electrical Conversion session in London (UK) runs from Monday 26 July to Friday 30 July 2027 (week 30, Q3 2027). It is the only date in London (UK) in 2027, at a fee of 6,100 £. Registration is open for this date. It is held in person.
| Dates | Monday 26 Jul – Friday 30 Jul 2027 |
|---|---|
| Week | 30 of 2027 |
| Duration | 5 days |
| Fee | 6,100 £ |
| Status | Open for registration |
| Format | In person |
Course Overview
Course Description
This intensive 1-week course explores the fundamental principles and practical applications of mechanical to electrical power conversion. Participants will gain a comprehensive understanding of electromechanical energy conversion, electric machinery, and power electronic systems. The course combines theoretical knowledge with hands-on exercises to provide a well-rounded learning experience for engineers and technicians in the energy sector.
Learning Objectives
- Understand the basic principles of electromechanical energy conversion
- Analyze and model various types of electric machines and their characteristics
- Apply reference frame theory to manipulate dynamic equations of electric machinery
- Design and implement power electronic circuits for controlling electric machines
- Evaluate energy conversion processes in modern applications such as renewable energy systems and electric vehicles
Course Modules
Day 1: Fundamentals of Energy Conversion
- Introduction to electromechanical energy conversion
- Magnetic circuits and materials
- Energy and co-energy concepts
- Electromechanical coupling
Day 2: Electric Machinery Analysis
- DC machines: generators and motors
- Synchronous machines
- Induction machines
- Permanent magnet machines
Day 3: Advanced Machine Modeling
- Reference frame theory
- Dynamic modeling of electric machines
- Numerical simulation techniques
- Machine parameter estimation
Day 4: Power Electronics for Machine Control
- Power semiconductor devices
- DC-DC converters
- Inverters and motor drives
- Pulse width modulation techniques
Day 5: Applications and Emerging Technologies
- Renewable energy systems: wind and solar
- Electric and hybrid vehicle powertrains
- Grid integration of distributed generation
- Energy storage systems
Practical Wins for Participants
- Ability to analyze and optimize electromechanical systems for improved efficiency
- Skills to design and implement advanced motor control strategies
- Capability to integrate power electronic converters with electric machines
- Knowledge to contribute to cutting-edge energy conversion projects in various industries
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