5 Chapter 5Table 5.1 Application of Genetic Algorithms for Hybrid Renewable Energy system o...
6 Chapter 6Table 6.1 Pulse pattern of H-bridge.Table 6.2 Specifications of SunPower SPR-305E-WHT-D module at STC.Table 6.3 Simulation parameters.Table 6.4 Harmonic distortion of line voltage w.r.t M.
7 Chapter 7Table 7.1 Electrical characteristics data of sun power SPR-305E-WHT-U module.Table 7.2 Parameter of wind turbine model.
8 Chapter 8Table 8.1 Values of exponential parameters for commercial, industrial and reside...Table 8.2 Load demand, candidate buses to access, and year of connection of the ...Table 8.3 Economic and environmental data.Table 8.4 Alternatives for substation and feeder upgradation.Table 8.5 Cost of upgrading feeders (×10 3USD).Table 8.6 Different planning cases.Table 8.7 Stage-wise investment plans for different planning cases.Table 8.8 Obtained values of objectives for different planning cases.Table 8.9 Detail analysis of economic performances of planning cases 1−3.Table 8.10 Detail analysis of Economic performances of planning cases 1−3.Table 8.11 Comparison of different optimization techniques.Table 8.12 WSRT based comparison between different algorithms.
9 Chapter 9Table 9.1 Cost estimate of PV system.Table 9.2 Market survey data for PV system design.Table 9.3 Module cost estimate.Table 9.4 Standards for PV installations.Table 9.5 Panel efficiencies.Table 9.6 Load description of a household consumer.Table 9.7 Lumped load data for a household.Table 9.8 Load consumption pattern.
10 Chapter 10Table 10.1 Fault class corresponding to fault type.Table 10.2 Training data set with known fault class.Table 10.3 Initial weight vector.Table 10.4 Updated weight vector after training.Table 10.5 Euclidean distance test data.
11 Chapter 11Table 11.1 Conventional grid versus smart grid.
12 Chapter 12Table 12.1 Consumers type and their connected nodes.Table 12.2 DG data at different nodes.Table 12.3 Allocated losses (kW) at 4 AM with different load models in scenario ...Table 12.4 Allocated losses (kW) at 11 AM with different load models in scenario...Table 12.5 Node-wise allocated energy losses (kWh) without DGs for entire day on...Table 12.6 Allocated losses (kW) at 4 AM with different load models in scenario ...Table 12.7 Allocated losses (kW) at 11 AM with different load models in scenario...Table 12.8 Node-wise allocated energy losses (kWh) with DGs for entire day on di...Table 12.9 Summary of total allocated energy losses (kWh) ahead of a day.
13 Chapter 13Table 13.1 Eigenvalues of 2-level STATCOM with PI controller.Table 13.2 Eigenvalues of 2-level STATCOM with nonlinear feedback for suboptimal...Table 13.3 Parameters used for optimization with genetic algorithm.Table 13.4 Eigenvalues of 2-level STATCOM with nonlinear feedback for suboptimal...Table 13.5 Eigenvalues of 3-level STATCOM with optimal controller parameters bas...Table 13.6 Parameters used for optimization with PSO.Table 13.7 Eigenvalues of 2-level STATCOM with nonlinear feedback for optimal co...Table 13.8 Operating combinations of VSC HVDC controllers.Table 13.9 Eigenvalues of the combined system in case-1 to case-4.Table 13.10 Eigenvalues of the combined system in case-5 to case-8.
14 Chapter 14Table 14.1 Gas turbine specifications.Table 14.2 Comparison between the actual load and predicted load.
15 Chapter 15Table 15.1 Car specification.Table 15.2 Nomenclature table.
1 Cover
2 Table of Contents
3 Title Page
4 Copyright
5 Preface
6 Begin Reading
7 About the Editors
8 Index
9 Also of Interest
10 End User License Agreement
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