Renewable electric power distribution engineering

Description

Content: Chapter 2Superconducting Fault Current Limiter in Distribution Substations Abstract Abbreviations Introduction Description of the SFCL Installation Components Advantages and Disadvantages of the SFCL System Economic Justification Avoided Cost for Non-Delivered Energy Increase Efficiency for Parallel Transformer Operation Avoided Costs of Transformer Disconnection Avoided Costs for Generator Unavailability Avoided Costs for Replacement, Repair and Maintenance Avoided Cost for Equipment Life Time Conclusion References Chapter 3 Distribution Transformer Loss Reductions AbstractNomenclature Introduction Energy Losses in Transformers Transformer Losses No Load Losses Load Losses Losses in Parallel Transformer Systems Methodology and Study The Transformer Facilities Studied Calculation of the Losses and Determination of the PLO Analysis of the Maintenance Protocols Results and Analysis The Optimization Point Calculation Energy Savings in the Monitored Facilities. Experimental Validation Experimental Data of the Maintenance Operations Conclusion References Chapter 4 Energy Efficiency Improvement in Power Converters Abstract Nomenclature 1. Introduction2. System Configuration and Modelling 2.1. Design of the Three-Phase Hysteresis Controlled VSI Converter 2.2. Working Principle: Fixed-Band Hysteresis Controller 2.3. Simulation of the Three-Phase Hysteresis Controlled Inverter 2.4. Sensitivity Analysis 3. Laboratory Implementation 3.1. Power Module 3.2. LC Filter 3.3. Control Board 4. Results and Analysis 5. Discussion Conclusion References About the Editors Index Blank Page Contents Preface Chapter 1 The Role of Energy Reserve and Magnetic Energy Storage Abstract Introduction Material and Methods