BASICS OF ELECTROTECHNIK I (Informatic, Mechatronic, Econimic Engineers)
Lecture in Winter Semester 2V,1Ü,4ECTS
Contents:
1 UNITIES AND EQUATIONS 2 FUNDAMETALS(CURRENT,VOLTAGE,RESISTANZ,ENERGY AND POWER 3 CALCULATION OF CURRENT AND VOLTAGE IN ELECTRICAL NETWORKS 4 STATIONARY ELECTRICAL CURRENT FIELDS 5 STATIONARY MAGNETIC FIELDS 6 TIME VARIANT MAGNETIC FIELDS
-- until 2009 --
BASICS OF ELECTRICAL ENGINEERING AND MEASUREMENT TECHoNOLGY
Lecture in Winter Semester 2V,3ECTS
Contents:
1 CENEREL ASPECTS IN THE ELECTRICAL POWER SUPPLY ENGENEERING
Basic Principles
Energy Sources
Energy Storage Systems
Energy Consumption and Environment
2 ENERGY CONVERSION
3 DC AND AC ENGENEERING
DC Basics
AC Basics
Three-Phase Current Systems
Transformer
Synchronons Generator
Asynchronons Maschine
4 ELECTRIAL SUPPLY GRID
Interconnected Grids
Thermal Power Stations
Grid Control
5 MEASUREMENT TECHNOLOGY
Measurement Bridges
Electrical Measurement of physical Values
Digital Measurements
-- until 2012 --
CONTROL AND GRID INTEGRATION OF WIND ENERGY CONVERTERS (WECs)
Lecture in Summer Semester 2V,3ECTS
Contents:
1 CONSTRUCTIONS AND FUNCTIONAL STRUCTURES OF WEC
2 MAIN COMPONENTS OF WIND ENERGY CONVERTERS
Rotor blade with pitch drive
Input torque
Generator
Synchronous generator
Asynchronous generator
Mechanical drive train
Grid coupling and connection
3 CONTROL CONCEPTS
Stand-alone and Island grid operation of WECs
Grid operation
Interconnected operation
4 CONTROL SYSTEM DESIGN AND PLANT SIMULATION
Plants components characteristics
Development of math.Models for control and simulation
Dimensioning of the controllers
5 OPERATIONAL RESULTS
Stand-alone operation of one WEC
Island grid operation of WECs
Grid operation of one WEC
Interconnected operation of different WECs
CONTROL OF ELECTRICAL POWER SUPPLY UNITS
Lecture in Summer Semester 3V,4ECTS
Contents:
1 INTRODUCTION TO ALTERNATING AND DIRECT CURRENT SUPPLY
Alternating Power Grid
Direct Current System
2 ELECTRICAL SUPPLY COMPONENTS
Electrical Machines
Synchronous Generator
Asynchronous Generator
Power Electronic devices
Line commutated Power converters
Self commutated Power converters
Actuator
Electrochemical storage
3 PLANT CONFIGURATION
Alternating Power supply
DC Power supply
Hybrid System
4 DYNAMIC BEHAVIOR AND SYSTEM CONTROL
Model of a three phase Power Transmission
Control of Synchronous machines
Voltage Control
Active power Control
Grid Control
WINDENERGY - “Block-Courses in the further Education Study” Energy and Environment Study Programme “Planing of renewable Energy Plants”
Lecture in Winter Semester; 30 hours
Contents:
1 Physical Basics of Wind Turbines 2 Electrical Systems of Wind Power Plants 3 Generator Systems 4 Converter/ Inverter System 5 Control of Wind Power Plants 6 (Technical) Grid Integration