Under the assumption that electric utilities minimize their capital, labor, and electric losses costs in each local distribution system, capital input demand functions are developed at a highly disaggregated level and econometrically estimated, using cross-sectional data on 55 communities served...

The geophysical, technological and economic characteristics of low-temperature geothermal district heating systems are analyzed and illustrated by a review of actual systems around the world. The various interactions and cost trade-offs which characterize such systems are then integrated within...

A long-term simulation model is developed to evaluate the impacts of different market expansion policies for a natural gas distribution utility serving a multi-county region. The model is based on economic, engineering, accounting, and regulatory relationships, and is designed to replicate the...

We develop a pricing model for electric power service that accounts for customers' reliability preferences as well as the randomness of outages in the power-supply system. The model combines features of both reliability pricing and real-time pricing. A production cost simulation submodel is used...

Understanding the determinants of interregional commodity flows is critical for both transportation infrastructure planning (highways, railroad tracks, river/port facilities) and regional development policies (location of activities, reducing regional disparities). Unfortunately, limited data...

The allocation of water in a multi-country river system necessarily involves conflicting objectives, where increasing water benefits to one country may entail losses to other countries. This paper presents the formulation and application of a multi-objective linear programming model, where each...