The Study of Switching Overvoltages under Power System Restoration Scenario Using Extended Delta-Bar-Delta Algorithm
-
Iman Sadeghkhani
,
Abbas Ketabi
Abstract
This paper presents an intelligent approach to evaluate switching overvoltages during power equipment energization. Switching action is one of the most important issues in power system restoration schemes. This action may lead to overvoltages that can damage some equipment and delay power system restoration. In this work, transient overvoltages caused by power equipment energization are analyzed and estimated using artificial neural network (ANN)-based approach. Three learning algorithms, delta-bar-delta (DBD), extended delta-bar-delta (EDBD), and directed random search (DRS), were used to train the ANNs. In the cases of transformer and shunt reactor energization, ANNs are trained with the worst case scenario of switching angle and remanent flux which reduce the number of required simulations for training ANN. Also, for achieving good generalization capability for developed ANN, equivalent parameters of the network are used as ANN inputs. The simulated results for a partial of 39-bus New England test system, show that the proposed technique can estimate the peak values and duration of switching overvoltages with good accuracy and EDBD algorithm presents best performance.
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Articles in the same Issue
- Masthead
- Masthead
- Optimal Operation Planning of Wind Farm Installed BESS Using Wind Power Forecast Data of Wind Turbine Generators Considering Forecast Error
- Research Article
- The Study of Switching Overvoltages under Power System Restoration Scenario Using Extended Delta-Bar-Delta Algorithm
- Investigation of Transmission Line Models for Switching Overvoltages Studies
- Configuration of Jacobian Matrix in Steady-State Voltage Stability Analysis Based on Rotor Flux Dynamics of Rotating Machines
- Commercial Impact and Optimum Capacity Determination of Pumped Storage Hydro Plant for a Practical Power System
- A Novel Approach of Battery Energy Storage for Improving Value of Wind Power in Deregulated Markets
- Fault Location for Parallel Transmission Lines with Limited Voltage and Current Measurements
- Research Article
- Trade-Off Analysis to Solve a Probabilistic Multi-Objective Problem for Passive Filtering System Planning
- Power-Quality Improvement in PFC Bridgeless SEPIC-Fed BLDC Motor Drive
