| | Series Introduction | | |
| | Preface | | |
1 | | Spatial Electric Load Forecasting | | 1 |
2 | | Consumer Demand for Power and Reliability | | 37 |
3 | | Coincidence and Load Behavior | | 73 |
4 | | Load Curve and End-Use Modeling | | 95 |
5 | | Weather and Electric Load | | 129 |
6 | | Weather Design Criteria and Forecast Normalization | | 167 |
7 | | Spatial Load Growth Behavior | | 203 |
8 | | Spatial Forecast Accuracy and Error Measures | | 231 |
9 | | Trending Methods | | 261 |
10 | | Simulation Method: Basic Concepts | | 303 |
11 | | A Detailed Look at the Simulation Methods | | 325 |
12 | | Basics of Computerized Simulation | | 373 |
13 | | Analytical Building Blocks for Spatial Simulation | | 397 |
14 | | Advanced Elements of Computerized Simulation | | 421 |
15 | | Hybrid Trending-Simulating Methods | | 447 |
16 | | Advanced Demand Methods: Multi-Fuel and Reliability Models | | 477 |
17 | | Comparison and Selection of Spatial Forecast Methods | | 507 |
18 | | Development Dimensionality: Urban, Rural and Agrarian Areas | | 569 |
19 | | Metropolitan Growth and Urban Redevelopment | | 591 |
20 | | Spatial Load Forecasting in Developing Economies | | 631 |
21 | | Using Spatial Forecasting Methods Well | | 673 |
22 | | Recommendations and Guidelines | | 717 |
| | Index | | 739 |