|
Distributed generation placement considering first swing stability margin
|
# |
1391 - 03 |
|
A Wide Nonlinear Analysis of Reactive Power Time Series Related to Electric Arc Furnaces
|
# |
1390 - 10 |
|
Transformer Differential Protection Using Geometrical Structure Analysis of Waveforms
|
# |
1389 - 11 |
|
A Runs Test-Based Method for Discrimination Between Internal Faults and Inrush Currents in Power Transformers
|
# |
1389 - 11 |
|
A Frequency Curves Analysis-Based Method for Tranformers Differential Protection
|
# |
1389 - 10 |
|
Waveform Feature Monitoring Scheme for Transformer Differential Protection
|
# |
1389 - 09 |
|
Adaptive Voltage Droop Scheme for Voltage Source Convetrers in an Islanded Multibus Microgrid
|
# |
1388 - 10 |
|
Updating Stochastic Model Coefficients for Perdiction of Arc Furnace Reactive Power
|
# |
1387 - 12 |
|
Comprehensive Control Scheme for An Inverter-Based Distributed Generation Unit
|
# |
1387 - 01 |
|
Employing Stochastic Models for Perdiction of Arc Furnace Rective Power to Improve Compensator Performance
|
# |
1386 - 10 |
|
Optimal allocation of distributed generation and reactive sources considering tap positions of voltage regulators as control variables
|
# |
1385 - 08 |
|
Distributed generation reactive sources and network-configuration planning for power and energy-loss reduction
|
# |
1384 - 12 |
|
Detecting secondary arc extinction time by analyzing low frequency components of faulted phase voltage or sound phase current waveforms
|
# |
1384 - 10 |
|
A new differntial protection algorithm based on rising rate variation of second harmonic current
|
# |
1383 - 01 |
|
A new method for recognizing internal faults from inrush current conditions in digital differential protection of power transformers
|
# |
1382 - 01 |