Household Energy Conservation Practices used in Chalimbana Ward, Chongwe District
Keywords:
Households, Energy, Conservation, Chongwe
Abstract
Energy conservation is a subject that has continued to attract global attention as it is essential in ensuring that the growing energy demand does not pose a threat to the environment. In view of this, the current study aimed at finding out the household energy conservation practices used in Chalimbana ward of Chongwe District, Zambia. The study adopted a convergent mixed-method research design. Qualitative data from 10 purposively sampled key informants was collected through in-depth interviews using semi-structured interview guides. Additionally, quantitative data from 175 households selected through cluster sampling technique was collected using a questionnaire. The qualitative data was analysed through content analysis, whereas quantitative data was analysed through descriptive statistics and multiple linear regression. The study found that most households in Chalimbana ward depend on traditional biomass energy (Charcoal and firewood). Through multiple linear regression, the study found that expenditure on household energy consumption in the study area is influenced by social and economic factors such as family size, house size and education. To conserve energy, the households in this area use a variety of conservation methods, of which the most used involves switching or putting off unused household energy appliances or sources. The energy used among these households causes air pollution, habitat loss, land use change, and exposure to hazardous waste, among other environmental atrocities. While the study findings show that households in Chalimbana ward do practice energy conservation, this is not done at a substantive level that can yield sustainable environmental, economic and social benefits of household energy conservation.References
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6. Ouedraogo NS. Africa Energy Future: Alternative Scenarios and their Implications for Sustainable Development Strategies. Energy Policy. 2017; 106: p. 457- 471.
7. Ministry of Energy. National Energy Policy Lusaka: Ministry of Energy; 2019.
8. World Bank and International Energy Agency. “Progress Toward Sustainable Energy: Global Tracking Framework 2015”. Washington DC.
9. USAID. Green House Gas Emmission in Zambia. [Online].; 2015. Accesed on 24th August 2023 from: https://pdf.usaid.gov/pdf_docs/pa00msrj.pdf.
10. Mwamba R, Guo R, Kuch S. Zambia’s Energy Consumption and Related Carbon Emissions. International (IJSRP). Journal of Scientific and Research Publications. 2020; 10: p. 9938.
11. Mubanga HK. Smallholder Farmer’s Livelihood Diversification As A Response to Climate Changed Climatic Patterns in Chongwe District Zambia. Journal of Agriculture Policy (JAP). 2020; 3(1): p. 1-17.
12. Mulupi ID, Chileshe B, Moonga MS, Monde PN. Women and Natural Resource Conservation: A Study of Chongwe district, Zambia. International Journal of Humanities Social Sciences and Education (IJHSSE). 2020; 7(3): p. 22-30.
13. Cresswell JW. Qualitative, Quatitative and Mixed Method Approach California: Sage Publication; 2014.
14. Black K. “Business Statistics: Contemporary Decision Making”. 6th ed. Chichester: John Wiley and Sons; 2010.
15. Jackson SL. “Research Methods and Statistics: A Critical Approach”. 4th ed. Boston: Cengage Learning; 2011.
16. Christen E, Petra B. A Hands-on Guide to Doing Content Analysis. African Journal of Emergency Medicine. 2017; 7(3): p. 93-99.
17. Mudenda PK, Makashini L, Malama A, Abanda H. Review of Renewable Energy Technologies in Zambian Households: Capacities and Barriers Affecting Successful Deployment. Buildings. 2018;: p. 1-14.
18. IEA. Zambia-Country Profile Paris: InternationalEnergy Agency.; 2020.
19. Luzi L, Lin Y, Koo BB, Rysankova D. Zambia – Beyond Connections: Energy Access Diagnostic Report Based on the Multi-Tier Framework. Environmental Science; 2019.
20. Baltruszewicz M, Steinberger JK, Owen A, Brand-Corea LA, Paavola J. Final Energy Footprints in Zambia: Investigating Links between Household Consumption, Collective Provision, and well-being, Volume. Energy Research and Social Science. 2021; 73: p. 101960.
21. Zaharia A, Diaconeasa MC, Brad L, Ladaru GR, Ioanas C. Factors Influencing Energy Consumption in the Context of Sustainable Development. Sustianability; 2019 11(4147): p. 1-28.
22. Mutua J, Kimuyu P. Household Energy Conservation in Kenya: Estimating the Drivers and Possible Savings Nariobi: Environment for Development; 2015.
23. Higginson SL, McKenna E, Thomson M. Can Practice Make Perfect (models)? Incorporating Social Practice theory into Quantitative Energy Demand models. En: Third Behave Energy Conference,Oxford: EST-UKERC; 2014 p. 3-4.
24. Zhao C, Niu S, Zhang X. Effects of Household Energy Consumption on Environment and its Influence Factors in Rural and Urban Area. Energy Procedia. 2012 p. 805-811.
25. World Health Organization (WHO). Household Air Pollution and Health. Geneva: WHO.
26. Dlamini C, Moombe KB, Syampungani S, Samboko PC. Loadshedding and Charcoal Use in Zambia: What Are the Implications on Forest Resources? Lusaka: Indaba Agricultural Policy Research Institute; 2016.
27. Kasaro D, Phiri E, Nyambe I. Deforestation Impact on Ecosystem Services in Kamfinsa sub-catchment of Kafue River Basin in Zambia. African Journal of Environmental Science and Technology. 2019; 4(11): p. 34-43.
28. Nidhi J, Jaykumar S. Sustainable Attainment of Solar E-waste Recycling Concerning to COVID-19 Crisis: A Review. Research Gate. 2021;: p. 211-223.
Published
2023-10-16
How to Cite
1.
Chewetu A, Nyanga P. Household Energy Conservation Practices used in Chalimbana Ward, Chongwe District. Journal of Agricultural and Biomedical Sciences [Internet]. 16Oct.2023 [cited 5Jul.2025];7(1). Available from: https://journals.unza.zm/index.php/JABS/article/view/1066
Section
General
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