Bangladesh, the eighth largest populous country in the world, has a significant rural population (70%), which is
contributing to the energy demand of the country. The major portion in energy demand of rural households is biomass
energy. With the improvement in GDP the rural energy demand would switch to more electricity intensive demand
pathway. This paper focuses on a bottom up approach towards modelling the aggregated energy demand of rural
households of Bangladesh form the year 2010 to 2050. The combination of four level scenarios of four variables
(population, GDP electrification index, public energy conservation index) would forecast lowest, highest and optimum
energy demand pathways for rural households of Bangladesh. The study not only considers the electricity demand of
the rural household, but also it would render the opportunity to concentrate at the detail user end energy demands (e.g.
liquid fuel, biomass etc.).