Poster title:Modelling of energy demand for e-pentration technologies in the transport sector :In the context of Ethiopia. Author(s):Tessema,Tegen Dagnew Affiliation(s):Bahir Dar University,Ethiopia 1. Context Contact: names and emails 5. Policy insights, conclusions and future work 3. Methods & Scenarios Scenarios: • The current energy source of the transport sector of country is mainly depends on Petroleum\fuels.However,the price of petroleum highly affect the transport sectors as the country doesn’t have its on production of petroleum energy supply chains . • As a result, penetration of additional technologies like e-vehicle by 50% by the next 2050’s,could be a good startegey as a viable Technology mix to satisfy the demands of the transport sector . Assumptions: The potential of petroleum fuels in the future will be diminishing, and could not satisfy the transport sector energy demand. A switch to e-technologies at a penetration level of 15% increment in every decade to the level of 60 % can improve the energy security of the country. 2. Aim Socio economic profile of Ethiopia: • Ethiopia ,Landlocked country in the horn of Africa • Total area 1.13million square.km. • Population estimated (2020):117.87million • Urban population:24.7527 million,(21%) • Rural population :93.118million(79%) • GDP:$925USD •As of July 03/2023,the transport sector of Ethiopia heavily depends on petroleum oils with an import of 3.72 billion cubic meters per annum of petroleum for 72.60 billion Birr with a sky rocketed price for every year. •A switch to e-technologies at a penetration level of 20% increment in the coming 2050 years level of 60 % can improve the energy security of the country. 4. Results Country Flag 6. References References : References : 1.Sustainable Development Goals Report - United Nations Sustainable Development,acess date,July 11,2023 2.EA – International Energy Agency,acess date,July 10,2023 3.The Ethiopian energy sector and its implications for the SDGs and modeling Amsalu Woldie Yalewa’ Foscari University of Venice, Via Torino 155, Venice 30172, Italy 4.Climate Compatible Growth – Providing research and global public goods to help countries develop strategies, plans, and policies to attract investment into low-carbon growth opportunities.,acess date,July 12,20223 5.Ethiopia Energy Statistics - Worldometer (worldometers.info) The aim of this study is to investigate the impact of switching of e- vehicles in the final energy demand to the context of Ethiopian transport sector . • Here in ,the energy demand modeling were carried out in the transport sector of Ethiopia .we can realize that there is an increase in energy demand by 10% (average)when we switch the e-vehicles by 60% by the next 2050 as compared to the BAU scenario. • Moreover,the energy demand share of by the mobility activity by bus and car takes a huge share of (48%) as compared to freight and international transport. • As a policy insight, the result which was been obtained from this modeling probably have some discrepancy with the realty as there is little well organized data policy on the transport sector of Ethiopia. • To promote the e-vehicle in the Ethiopian transport sector, the charging infrastructure should the Ethiopian government as the first of the first priority to adopt at good penetration level. • Massive deployment of e-vehicles in the public transport and freight activities. • ICTP JOINT SUMMER SCHOOL FOR SUSTAINABLE DEVELOPMENT | 2023 Figure #. Caption. A Cost-benefit analysis of Policy, Programs and Projects (C3PO) that is Retrievable, Reusable, Repeatable, Reconstructible, Interoperable and Auditable (u4RIA) (A) (B) Tessema ,Tegen dagnew,email:tegi1246@gmail.com CC CC DC