HOUSEHOLD ENERGY CONSUMPTION PATTERN IN PUBLIC HOUSING ESTATES IN MAIDUGURI, NORTH-EAST NIGERIA: AN ECONOMIC AND SOCIO-DEMOGRAPHIC ANALYSIS
Keywords:
Household, traditional fuels, modern fuels, energy transition, consumption.Abstract
This study analyzed the economic and socio-demographic characteristics of households in relation to their energy consumption pattern in public housing estates, Maiduguri, North-east Nigeria. A survey questionnaire was administered on a sample of 355 respondents using systematic sampling technique. The data collected were analyzed descriptively. The results obtained indicated that 72.96% of the residents were males while 27.04% were females. Similarly, 66.76% were married, 44.23% had tertiary education while 50.14% were civil servants .Households with family size of 5
to 8 constituted the majority accounting for about 50.42% of the total sampled population. Majority
(31.27%) had monthly income of N50,000 – N99,999. Additionally, the results show that 67.89%
of households use external kitchen facilities for the preparation of meals. Electricity supply was
found to be low with about 53.24% having supply for between 1 -5 hours per day. Further analysis
revealed that charcoal and fuelwood were the dominant primary cooking energy source accounting
for about 37.18% and 27.61% respectively. The findings indicated multiple fuel use pattern among
households with majority of households combining two or more energy sources for both cooking
and lighting end uses consistent with the energy mix model. Although all households are connected
to electricity from the national grid, its use for household cooking and lighting is limited due to
constant outages. It is recommended that policy makers and stakeholders should take into
consideration the economic and socio-demographic characteristics of its population in any policy
or strategy geared towards providing clean, efficient and affordable energy sources if maximum
success is to be achieved so as to engender sustainable energy use and environmental
sustainability.