The Grid Explained: The Evolution, Electrical Theory, Operations and Future of Power Systems
Format:
Paperback
En stock
0.36 kg
Sí
Nuevo
Amazon
USA
- Chapter 1 History of the Electrical Power GridLate 1800s The Birth of the Power Grid 1890s Alternating Current (AC) RevolutionEarly 20th Century Expansion and StandardizationMid-20th Century Growth of National GridsLate 20th Century Technological Advancements21st Century Smart Grids and Renewable IntegrationChapter 2 What Is the Electrical Power GridDefinition of the power gridComponents of the grid: generation, transmission & distributionHow electricity is generated and transmittedTypes of power generationThe North American Electric Reliability CorporationChapter 3 How Power Plants WorkThe role of power plants Types of power plantsThe process of converting energy into electricityHow power plants are connected to the gridChapter 4 Transmission and DistributionThe journey of electricity from power plants to end userRegional Transmission OrganizationTransmission lines High voltage and why it's necessarySubstations and transformersThe distribution network Chapter 5 What Do Grid Operators Do?The role of a grid operator in balancing supply and demand.How grid operators maintain grid stability and reliabilityMonitoring and controlling the flow of electricityThe importance of grid operators in preventing outagesChapter 6 Skills and Qualifications Needed to Be a Grid OperatorEducational and professional requirementsKey skillsCertifications and training programsHow to advance in the field.Chapter 7 Becoming a Grid OperatorVarious roles within grid operations, each with specific responsibilities.Guide to entering the fieldEntry-level positions and career pathsWhat to expect in the hiring processJob prospects and salary expectationsChapter 8 Balancing Supply and DemandThe importance of balancing supply and demand in real timeBalancing Authorities & Key FunctionsArea Control ErrorHow grid operators manage power loads.Managing fluctuations in supply and demandUse of energy storage batteries and backup powerChapter 9 The Role of Technology in Grid OperationsSmart grids and their impact on grid managementAutomation and remote monitoring.The role of AI and machine learning in grid optimizationCybersecurity and protecting the grid from attacksChapter 10 Renewable Energy IntegrationThe rise of renewable energy sources and their impact on the gridChallenges with intermittent energyHow grid operators manage renewable energy integrationThe future of a clean and sustainable gridChapter 11 Emerging Trends and ChallengesThe transition to decentralized energy productionThe need for grid modernizationChallenges from extreme weather events, aging infrastructure, and energy demandsThe shift to smart grids and microgridsChapter 12 The Future of Grid OperatorsThe evolving role of grid operators.Supervisory Control and Data AcquisitionHow automation will affect jobs in the fieldNew opportunities in renewable energy and energy managementPreparing for the future of the power gridChapter 13 Electrical Theory Basics and How It Applies to the Grid Core principles that govern how electricity flowsOhm's Law EquationThe Power EquationAlternating Current & Direct Current
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