Stella & Rose's Books

Contents

• Preface
• 1 Overview
• 1.1 Goal of the book
• 1.2 Three Steps to Energy Marketplace
• 1.3 How Will Customers Respond?
• 1.4 Energy Marketplace Operation: A Developed Country
• 1.5 Energy Marketplace Operation: A Developing Country
• 1.6 Discussion of Chapter 1
• PART I: THE ENERGY MARKETPLACE
• Preface to Part I: 1.4 Energy Marketplace
• 2 Behaviour of Hourly Spot Prices
• 2.1 Definition of Hourly Spot Price
• 2.2 Components of Hourly Spot Price
• 2.3 Operating Cost Components
• 2.4 Quality of Supply Components
• 2.5 Aggregated Network
• 2.6 Revenue Reconciliation Componenets
• 2.7 Buy-Back Rates
• 2.8 Expected Price Trajectories
• 2.9 Price Duration Curves
• 2.10 Customer Response
• 2.11 Discussion of Chapter 2
• 3 Energy Marketplace Transactions
• 3.1 Criteria for Choice of Transactions
• 3.2 Customer Classes
• 3.3 Price-Only Transactions
• 3.4 Price-Quantity Transactions
• 3.5 Long-Term Contracts
• 3.6 Optional and Custom-Tailored Transactions
• 3.7 Why No Demand Charge?
• 3.8 Relationship to Present-Day Transactions
• 3.9 Customer-Owned Generation: Avoided Costs
• 3.10 Special Customer Treatment
• 3.11 Wheeling Rates
• 3.12 Discussion of Chapter 3
• 4 Implementation
• 4.1 Energy Marketplace: Operation
• 4.2 Energy Marketplace: Planning
• 4.3 Customer: Operation
• 4.4 Customer: Planning
• 4.5 Calculation of Hourly Spot Prices
• 4.6 Utility: Operation
• 4.7 Utility: Planning
• 4.8 Regulatory Commission: Operation and Planning
• 4.9 Discussion of Chapter 4
• 5 A Possible Future: Deregulation
• 5.1 A Deregulated Energy Marketplace
• 5.2 Short-Term Operation and Control
• 5.3 Long-Term Operation and Control
• 5.4 A Scenario
• 5.5 Discussion of Chapter 5
• PART II: THEORY OF HOURLY SPOT PRICES
• 6 Generation Only
• 6.1 Generation Fuel and Variable Maintenance
• 6.2 Generation Quality of Supply: Cost Function Approach
• 6.3 Generation Quality of Supply: Market Clearing Approach
• 6.4 Generation Self-Dispatch
• 6.5 Multiple Time Periods
• 6.6 Discussion of Chapter 6
• 7 Generation and Network
• 7.1 Problem Formulation: Real Power Only
• 7.2 General Result
• 7.3 Network Loss
• 7.4 Network Maintenance
• 7.5 Network Quality of Supply
• 7.6 Two-Bus Sample
• 7.7 Price Difference Across a Line
• 7.8 Customer-Owned Generation: Self-Dispatch
• 7.9 Aggregated Networks
• 7.10 Reactive Energy and Voltage Magnitudes
• 7.11 Discussion of Chapter 7
• 8 Revenue Reconciliation
• 8.1 Modify Spot Prices: Aggregate Reconciliation
• 8.2 Buy-Back Rate
• 8.3 Surcharge - Refund
• 8.4 Revolving Fund
• 8.5 Modify Spot Prices: Decomposed Reconciliation
• 8.6 Fixed Charges
• 8.7 Nonlinear Pricing
• 8.8 Revenue Neutrality
• 8.9 Discussion of Chapter 8
• 9 Spot Price Based Rates
• 9.1 Predetermined Price-Only Transactions
• 9.2 Price-Quantity Transactions
• 9.3 Long Term Contracts
• 9.4 Special Customer Contracts
• 9.5 Wheeling Rates
• 9.6 Discussion of Chapter 9
• 10 Optimal Investment Conditions
• 10.1 Overall Problems Formulation
• 10.2 Generator Investment Conditions
• 10.3 Customer Investment Conditions
• 10.4 Transmission Investment Conditions
• 10.5 Revenue Reconciliation for Optimum Systems
• 10.6 Long-Run Versus Short-Run Marginal Cost Pricing
• 10.7 Discussion of Chapter 10
• RFEFERENCES