Price: € 2,632 for 1 Year
Design of distribution transformers
- Design of Distribution Transformers – e-lesson #1: Introduction – Mutual inductance phenomenon
- Design of distribution transformers – e-lesson #2 – Line Frequency Oil Transformer
- Design of Distribution Transformers – e-lesson #3 – Design Approaches
- Design of Distribution Transformers – e-lesson #4 Technical specifications
- Design of Distribution Transformers – e-lesson #5 – Construction elements
- Design of distribution transformers – e-lesson #6 Electromagnetic design (part I)
- Design of distribution transformers – e-lesson #6: Electromagnetic design (part 2)
- Design of distribution transformers – e-lesson #7: Thermal analysis for power transformers
- Design of distribution transformers – e-lesson #8: Transformers at no-load and on load
- Design of distribution transformers – e-lesson #9: Short circuit design
- Design of distribution transformers – e-lesson #10: Transient and risk analysis
- Design of distribution transformers – e-lesson #11: Practical transformer design calculation (elective)
- Design of distribution transformers – e-lesson #12: Advanced materials for transformers (elective)
- Design of distribution transformers – e-lesson #13: Amorphous Transformers
- Design of distribution transformers – e-lesson #14: Cast resin & dry type transformers
- Design of distribution transformers – e-lesson #15: Leakage inductance considerations and proximity losses
- Design of distribution transformers – e-lesson #16: Advanced methodologies in custom design with special requirements
- Design of distribution transformers – e-lesson #17: Effects of DC components in magnetization currents
- Design of distribution transformers – e-lesson #18 – Transformers in smart grids and renewables applications
- Design of Distribution Transformers – e-lesson #19 – Standard classes, norms, certifications for distribution and high power transformers
- Design of Distribution Transformers – e-lesson #20 – Death valley in transformer projects: when requirements are too demanding
- Design of Distribution Transformers – e-lesson #21 – Optimum design with differential evolutions and genetic algorithms
- Design of distribution transformers – e-lesson #22 – The future of transformers and transformer design
Design of power transformers
- Design of power transformers – e-lesson #1 – Design process
- Design of power transformers – e-lesson #2 – Components and calculations
- Design of power transformers – e-lesson #3 – Fundamentals of dielectric design
- Design of power transformers – e-lesson #4 – Fundamentals of thermal design
- Design of power transformers – e-lesson #5 – Core and no load losses
- Design of power transformers – e-lesson #6 – Windings
- Design of power transformers – e-lesson #7: Load losses and measures to reduce additional losses
- Design of power transformers – e-lesson #8: Short circuit withstand
- Design of power transformers – e-lesson #9: Insulation design
- Design of power transformers – e-lesson #10: Temperature rise
- Design of power transformers – e-lesson #11: Noise
- Design of power transformers – e-lesson #12: Regulation concepts
- Design of power transformers – e-lesson #13: Ability to withstand short circuit
- Design of power transformers – e-lesson #14: Efficiency, voltage drop & PEI
- Design of power transformers – e-lesson #15: Insulation in a nutshell
Transformer testing
- Transformer Testing Course – E-LESSON #1 – Introduction
- Transformer Testing Course – E-LESSON #2 – Measurement of voltage ratio and check of phase displacement
- Transformer Testing Course – E-LESSON #3 – Winding resistance measurement
- Transformer Testing Course – E-LESSON #4 – Short-circuit impedance and load loss measurement
- Transformer testing course – e-lesson #5: No-load loss and current measurement
- Transformer Testing course – e-lesson #6: Dielectric tests on power transformers
- Transformer Testing Course – e-lesson #7: Lightning impulse test (part I)
- Transformer Testing Course – e-lesson #8: Lightning impulse test (part II)
- Transformer testing course – e-lesson #9 Switching Impulse Test
- Transformer testing course – e-lesson #10: Applied voltage test
- Transformer Testing Course – e-lesson #11: Line terminal AC withstand voltage test (LTAC)
- Transformer testing course – e-lesson #12: Induced voltage test and PD measurement
- Transformer Testing course – e-lesson #13: Temperature rise test
- Transformer Testing Lesson -e-lesson # 14: Sound level measurement
- Transformer Testing Course – e-lesson #15: Measurement of zero-sequence impedance
- Transformer testing course – e-lesson #16: Insulation resistance measurement
- Transformer Testing Course – e-lesson #17: Capacitance and dielectric dissipation factor measurement
- Transformer Testing Course – e-lesson #18: Testing of tap-changers and built-in current transformers
- Transformer Testing Course – Lessons #19 Testing of auxiliaries
- Transformer Testing Course – e-lesson #20: Mechanical tests
Partial discharge measurement for power transformers
- Partial discharge measurement for power transformers course – e-lesson #1 – Basics of partial discharges I
- Partial discharge measurement for power transformers course – e-lesson #2 – Basics of partial discharges II
- Partial discharge measurement for power transformers – e-lesson #3 – Ultra High Frequency (UHF) PD Measurement Method
- Partial discharge measurement for power transformers – e-lesson #4 – Onsite measurement of PD
- Partial discharge measurement for power transformers – e-lesson #5 – Advanced interpretation of PD measurement
- Partial discharge measurement for power transformers – e-lesson #6 – Placement of UHF-sensors in power transformers
- Partial discharge measurement for power transformers – e-lesson #7 – Calibration of electrical and electromagnetic PD Measurements
Transformer condition assessment
- L2 TCA Course – e-lesson #1: Introduction
- L2 TCA Course – e-lesson #2 – Vibration and sound analysis of oil filled power transformers
- L2 TCA Course – e-lesson #3: Understanding Partial Discharge (PD)
- L2 TCA Course – e-lesson #4 – Infrared Thermography for Transformers/Substation Components
- L2 TCA Course – e-lesson #5 – Dissolved Gas Analysis and Oil Quality
- L2 TCA Course – e-lesson #6 – Functional Testing & Visual Inspections
- L2 TCA Course – e-lesson #7 – Report Generation and Cost Benefit Analysis
- L2 TCA Course – e-lesson #8 – Vibration and sound analysis: Master’s level
- L2 TCA Course – e-lesson #9 – Partial Discharge Detection & Analysis
- L2 TCA Course – e-lesson #10 – Dissolved Gas Analysis and Oil Quality
- L2 TCA course – e-lesson #11: Infrared Thermography (IRT) applied to UHV power transformers and various substation components
- L2 TCA course – e-lesson #12 – Visual Examination & Functional Testing
- L2 TCA course – e-lesson #13 – Report generation and cost benefit analysis
On-load tap changers (OLTC)
- OLTC Course – e-lesson #1: On-load tap-changer basics
- OLTC Course – e-lesson #2: Resistor type OLTC
- OLTC Course – e-lesson #3 – Reactor type OLTC
- OLTC Course – e-lesson #4 – Testing on load tap changers
- OLTC Course – e-lesson #5 – Testing resistor type on load tap changers
- OLTC Course – e-lesson #6 – Testing reactor type on load tap changers
- OLTC Course – e-lesson #7 – Analysis of OLTC test results
- OLTC Course – e-lesson #8 – Special cases of OLTC testing
