EDPC 2016 - 2016 6th International Electric Drives Production Conference（EDPC 2016）

Innovative Electric Machine Design
Alternative electric motor topologies
Acoustic considerations
Efficient cooling techniques
New magnetic flux guide concepts
Influence on production processes
Power Electronics and Control Methods
Energy-efficient semiconductor materials
Robust and heat-resistant electronics
Sensors and sensorless control technologies
Mechatronic integration approaches
New Materials and Semi-Finished Products
High performance electrical steel types
Cables, fishbones, enamelled and litz wires
Advanced insulation materials
Light weight materials for electric drives
Magnet Materials and Processing
Mining and alloy processing
High coercive magnetic materials processing
Soft magnetic composites manufacturing
Shortening of the process chain
Manufacturing Technologies
Efficient wire processing methods
New sheet metal and coating processes
Advanced die casting processes
Productive cutting technologies
Winding Technologies
New kinematics and advanced tools
Filling factor optimization
New wire geometries and materials
Winding simulation and validation
Automated pull-in technologies
Assembly Technologies
Innovative magnet assembly methods
Novel balancing methods
Mechanical and electrical connection
Final assembly and test
Electronics Production
Interconnecting technologies
Assembly and packaging technologies
New testing methods and quality assurance
Power electronics production processes
Electric Drive Production Systems
New automated production lines
Quality management methods
Global value chains
Lean production implementation
Computer-Integrated Manufacturing
Production of Alternative Drive Technologies
Piezo Electric Actuators
Dielectric Elastomer Actuators
Magnetostrictive actuators
Environmental Oriented Engineering
Recycling and disassembly of electric motors
Raw material availability and preservation
Energy-efficient production processes
WEEE and RoHS
New Applications for Electric Drives
Transportation and material handling
Mechanical and plant engineering
Household appliances
Energy generation
Electromobility
High volume production
Specific automotive requirements
Strategies for transition of added volume
Automotive drive systems
Current Trends and Theories of Electric Drives
Societal aspects of electric drive technologies
Additive mechatronics
Power and signal interconnection
Energy Transfer for Electric Vehicles (E|TEV)
High efficient power transfer technologies
Production and assembly technologies
System integration
Applications andmarkets