This paper empirically assesses multidimensional energy poverty for low‐income households in South Africa using the four waves of the National Income Dynamics Study. The study adopts the Nussbaumer et al. (Measuring Energy Poverty, 2011) methodology, the multidimensional energy poverty index (MEPI), to estimate energy poverty on 10,801 low‐income households. The results indicate that low‐income households in rural areas are more energy deprived than those in the urban areas. The MEPI score across the years in low‐income urban and rural households depicts a moderate state of energy poverty. Furthermore, low‐income households in both the urban and the rural areas are mostly deprived in the dimension of heating fuel. The study recommends that suitable measures to combat energy poverty be rural–urban specific.

The transition to modern energy carriers like electricity is an important way to achieve to eradicate energy poverty. This study investigated energy transition patterns and trends in low-income South African households. The marginal effects of the different determinants on the probability of choosing a specific energy carrier were computed and the influence of some endogenous characteristics in transitioning to modern energy carriers was explored. It was found that energy ladder behaviour exists for cooking while energy stacking was most likely for space heating and the pattern for lighting tended towards energy stacking. Dwelling type, household size and geographical location were among the key determinants of the energy transition pattern. Policies to reduce energy poverty need a multi-pronged approach and not only a focus on electricity access.

The transition to modern energy carriers like electricity is an important way to achieve to eradicate energy poverty. This study investigated energy transition patterns and trends in low-income South African households. The marginal effects of the different determinants on the probability of choosing a specific energy carrier were computed and the influence of some endogenous characteristics in transitioning to modern energy carriers was explored. It was found that energy ladder behaviour exists for cooking while energy stacking was most likely for space heating and the pattern for lighting tended towards energy stacking. Dwelling type, household size and geographical location were among the key determinants of the energy transition pattern. Policies to reduce energy poverty need a multi-pronged approach and not only a focus on electricity access.