Energy demand analysis is an important component of integrated energy planning and policy in developing countries. Planners and policy makers need to have a good understanding of the factors affecting growth and pattern of energy demand before they can proceed to make demand projections for the future. Given the capital intensity and long gestation periods of energy investments, supply bottlenecks, and adverse effects of energy shortages, detailed demand studies need to be under taken at the aggregate and sectoral levels. An analysis of the influence of price and nonprice variables on energy demand would also be neces sary for designing policy measures relating to energy conservation. Energy demand analysis (EDA) involves (a) assembling and presenting a consistent set of data on consumption of various forms of energy, (b) estimating the level of shortage or unfulfilled demand at rele vant price ranges, and (c) quantifying the relationship of energy demand with relevant economic and noneconomic variables such as income, population, prices of different energy sources and their substitutes, changes in technology, etc. In the context of developing countries, EDA becomes complex on account of the following factors: (i) Apart from the compilation of data on commercial fuels, there is a need to estimate the consumption of traditional (or non commercial) forms of energy (biomass as well as animate sources)