International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 12 Issue: 12 | Dec 2025
p-ISSN: 2395-0072
www.irjet.net
Charging Infrastructure in Emerging Markets and EV Adoption: "A Literature Review of BYD and Tesla’s Strategies in Morocco" Mohammed ELHoussaini1, Nada NYYA2 1,2 MA Student, Dept. Of science of management and Engineering, Hubei University of Automotive Technology,
Hubei, China ---------------------------------------------------------------------***---------------------------------------------------------------------
Abstract - The research is on how the growth of the charging infrastructure influences the use of electric vehicles
has shown that the presence of charging stations, their accessibility, and their compatibility with the electricity grid are among the most important factors that determine EV adoption rates in emerging markets [20, 22]. Morocco is investing in the development of its urban and intercity charging infrastructure networks; however, the country is still encountering some difficulties. These include the high cost of installation, low levels of interoperability, and limitations of the grid capacity which altogether slow down the bulk rollout [21, 23]. This paper aims to review the role of EV adoption and the development of charging infrastructure in Morocco with a particular emphasis on how Tesla and BYD are doing this. The Tesla's premium, fastcharging oriented model is put side by side with the BYD's affordable, urban-focused model which gives the possibility to see how different manufacturer approaches can be applied to the policy and infrastructure framework of Morocco [20, 21]. The discussion will also bring up government policy, grid readiness, and consumer desire to be the three main factors determining adoption trends [22, 23]. There is a constantly increasing number of researches on EV adoption, yet still, there are some holes in the sections related to emerging economies, especially when it comes to the automaker strategy in Africa. Morocco's case gives us an insight as to how the progress of infrastructure, foreign investments, and policy support can all serve as the drivers of e-mobility in resource-scarce contexts. Bridging these gaps will make it possible not only to deepen the understanding of the reasons behind Morocco's position as the leading e-mobility market at the continental level but also to draw some lessons that are universally applicable on EV adoption in the developing countries. The following is the paper plan: Section 2 discusses the technical and infrastructural issues concerning the charging of EVs in Morocco. Section 3 is about the barriers to the EV adoption and the passenger behavior in the emerging world. Sections 4 and 5 provide a thorough examination of Tesla and BYD, respectively, while Section 6 makes a comparison between their strategies. Section 7 explores the government policies in Morocco and their influence on the adoption of EVs. To sum up, Section 8 points out the shortcomings of the existing studies and offers directions for future research.
(EVs) in Morocco, which is gradually turning into a North African regional hub for e-mobility. The study combines policy and market aspects to look at the interaction of infrastructure availability, consumer behavior, and public intervention with firm strategies, thus taking Tesla and BYD as examples. For example, Tesla is focusing on fast-charging corridors and a premium user base. BYD, meanwhile, is putting more emphasis on low cost, fleet deployment, and the adoption of open charging standards. The investigation demonstrates that Morocco's policy of corridor-oriented charging combined with public-private partnerships and the use of renewable energy has not only increased the visibility and reliability of the charging infrastructure, but has actually helped to ease range anxiety among early adopters. Nevertheless, some issues remain, particularly concerning the power grid, interoperability, and the insufficient coverage of areas beyond the major cities. The article concludes that the Moroccan case highlights the importance of infrastructure planning and industrial policy coordination, thus, serving as a concrete example for other developing countries that may be willing to advance EV adoption despite tight fiscal constraints. Key Words: Electric vehicle, charging infrastructure, emerging markets, Public–private partnership (PPP), Total cost of ownership (TCO), Diffusion strategy, Morocco.
1. INTRODUCTION It is continuing now how the world is converting to electric vehicles (EVs) with the involvement of governments, enterprises, and clients reaching a joint objective of reducing greenhouse gases and fossil fuel consumption. The most significant increase in the EV market has been witnessed in the European Union and the United States; however, the developing countries are confronting technological, economic, and policy issues which also determine the rate of their vehicle electrification [22]. Africa has been at the forefront of this change: it has started the continent's first Tesla Supercharger centers and is now beginning to draw in investments from manufacturers such as BYD, thus, turning into a clean mobility hub for the entire continent [21, 23]. Among the various means of accelerating the adoption of electric vehicles, the availability of charging infrastructure ranks first, and its effectiveness acts as a direct indication of consumer willingness to convert to electric power. Research
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2. CHARGING INFRASTRUCTURE DEVELOPMENT Charging infrastructure is a foundational determinant of electric-vehicle (EV) adoption because it shapes the everyday feasibility, cost, and perceived reliability of using
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