Energy Systems Analysis for Developing Countries
In: Lecture Notes in Economics and Mathematical Systems 222
1 Introduction -- 1.1 What is Energy Systems Analysis -- 1.2 Applicability of Energy Systems Analysis to Developing Countries -- 1.3 A Framework for National Energy Planning -- 1.4 Scope of This Book -- 2 Mathematical Fundamentals -- 2.1 Matrix Algebra -- 2.2 Econometrics -- 2.3 Linear Programming -- 2.4 Classical Optimization Techniques -- 2.5 Statistical Analysis of Energy Data: Oil Consumption in Tunisia -- 3 Network Models -- 3.1 Reference Energy Systems -- 3.2 Energy Demand and Fuel Mix Analysis -- 3.3 Matrix Algebraic Formulation: Application to the Dominican Republic -- 3.4 Matrix Notation for Fuel Mix Tables; Residential Demand in the Dominican Republic -- 4 Econometric Models -- 4.1 Estimating Elasticities -- 4.2 Estimation Problems -- 4.3 Application: Income and Price Elasticity of Energy Demand in Tunisia -- 5 Petroleum Sector Models -- 5.1 Technical Background -- 5.2 A Simple Refinery LP -- 5.3 Application to a West African Refinery -- 5.4 Application: Refinery Rehabilitation in Bangladesh -- 6 Input-Output Models -- 6.1 Fundamentals of Input-Output Analysis -- 6.2 Energy Denominated I/O Tables -- 6.3 RES-Transaction Table Relationships -- 6.4 Interfuel Substitutions in the I/O Framework -- 6.5 An Energy Input-Output Model for Portugal -- 7 Industrial Process Models -- 7.1 Introduction -- 7.2 A Process Model of the Egyptian Iron and Steel Industry -- 8 Electric Sector Models -- 8.1 Introduction -- 8.2 The Capacity Expansion Problem -- 8.3 Adding a Spatial Dimension: The Siting Problem -- 8.4 The Treatment of Electric Transmission in Spatial Programming Models -- 8.5 Incorporating Water Resource Planning Considerations -- 8.6 Environmental Considerations -- 8.7 An LP of the Jordanian Electric System -- 9 Energy System Optimization Models -- 9.1 The Basic Linear Programming Model -- 9.2 Capacity Variables -- 9.3 Interpretation of the Shadow Prices -- 10 Simulation Models -- 10.1 Introduction -- 10.2 An Energy Cash Flow Simulation Model -- 11 Energy Economic Linkages -- 11.1 Linking the I/O and LP -- 11.2 Process Model Linkages -- 11.3 Macroeconomic Linkages.