Modern Hydroelectric Engg Practice by Prof OD Thapar
Modern Hydroelectric Engineering Practice in India: Electro-Mechanical Works by Prof OD Thapar
Modern Hydroelectric Engineering Practice in India: Electro-Mechanical Works
Volume I
Cover page
Message, Foreword, Preface, Acknowledgement
Overview
Table of Contents
Chapter-1: Type of Hydro Electric Development and Environmental Impact Assessment
Chapter-2: Techno-Economic Studies for Capacity and Unit Size of Hydro Electric Schemes
Chapter-3: Hydraulic Turbine Classification and Selection
Chapter-4: Turbine Regulatory Characteristics and Hydraulic Transients
Chapter-5: Turbine Performance Characteristics
Chapter-6: Hydro-Turbine Governing System
Chapter-7: Turbine and Governing Specifications
Chapter-8: Turbine and Governor Testing
Chapter-9: Hydro Generator, Characteristics and Performance
Chapter-10: Hydro Generator Excitation Systems
Chapter-11: Generator Technical & Excitation System Specification
Chapter-12: Hydro Generator and Excitation System Tests
Chapter-13: Low and Ultra Low Head Small Hydro
Chapter-14: Recent Trends In Hydro-Electric Engineering Practice: Electro-Mechanical Works
Volume II
Cover page
Message, Foreword, Preface, Acknowledgement
Overview
Table of Contents
Chapter-1: Control and Protection General Considerations, Technology Development
Chapter-2: Control System of Hydraulic Electric Stations
Chapter-3: Electrical Protection System
Chapter-4: Electrical Auxiliary Systems
Chapter-5: Mechanical Auxiliaries System
Chapter-6: Generator, Transformer and Insulation Coordination
Chapter-7: High Voltage Circuit Breaker
Chapter-8: Switchyard Equipment
Chapter-9: Power Evacuation, Main Single Line Diagram, Grid Interconnection and Switchyard Layout
Chapter-10: Design of Ehvand UHV Sub-Station