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Wired for change? Road transport electrification across the Global South

Yao Amedokpo_VF
Yao Amedokpo
Research Fellow at the LVMT Laboratory at École nationale des ponts et chaussées (IP Paris)
Manon Eskenazi_VF
Manon Eskenazi
Urban Planning Researcher at LVMT Laboratory at École nationale des ponts et chaussées (IP Paris)
Key takeaways
  • Road transport alone accounts for 12% of global greenhouse gas emissions.
  • In Africa, it is two- and three-wheeled vehicles that are most suited to electrification.
  • In South-East Asia and Africa, electric car charging is based on the “battery-as-a-service” model: the user owns the vehicle, but not the battery.
  • Electrification is driven by two distinct trends: shared mobility platforms (such as Grab) and international donors (such as the World Bank).
  • In Kenya, the electrification of minibuses, viewed negatively by drivers, has increased women’s access to jobs in public transport.

Trans­port is a sec­tor that emits par­tic­u­larly high levels of green­house gases (GHGs): road trans­port alone accounts for 12% of glob­al emis­sions1. CO2 emis­sions from developed eco­nom­ies (mostly loc­ated in the North­ern Hemi­sphere) have been plat­eau­ing for the past dec­ade. In con­trast, those from emer­ging eco­nom­ies, although lower, are con­stantly rising.

Trends in trans­port-related CO₂ emis­sions between 1990 and 2023, by coun­try income level2

Sales of electric vehicles continue to grow worldwide, accounting for over 20% of car sales in 2024. However, this growth is now largely driven by China and other emerging markets in Asia and Latin America3. Is this the start of transport electrification in the Global South?

Yao Tsoekeo Amedokpo. Our work focuses on Africa and Asia. In Africa, vehicle elec­tri­fic­a­tion is indeed a rel­at­ively recent phe­nomen­on: the first sig­ni­fic­ant ini­ti­at­ives date back to 2008, before see­ing rap­id growth a dec­ade later, in 2019. The Cov­id-19 crisis slowed the momentum, before a new surge. Elec­tri­fic­a­tion affects all types of vehicles, from bicycles to buses, but two-wheel­ers and three-wheel­ers are by far the most affected [editor’s note: for example, 46% of three-wheel­ers sold in Asia in 2022 were elec­tric4.

As for usage, there is a clear pre­dom­in­ance of elec­tric vehicles in com­mer­cial trans­port, unlike in North­ern coun­tries. Elec­tric cars account for less than 1% of car sales in Africa. Con­versely, in China, the adop­tion rate of elec­tric cars is very high, with nearly 50% of sales in 2024.

This trend towards the electrification of two- and three-wheeled vehicles is very different from that in Northern countries. What explains this?

Man­on Eskenazi. In Asia and Africa, two- and three-wheeled vehicles are the most widely used motor­ised vehicles. It there­fore makes sense that elec­tri­fic­a­tion should focus primar­ily on these. The oth­er major dif­fer­ence con­cerns char­ging man­age­ment. In France, for example, the roll-out of char­ging infra­struc­ture has been a major obstacle to the devel­op­ment of elec­tric cars. In South-East Asia and Africa, the mod­el is based on “bat­tery-as-a-ser­vice”: the user owns the vehicle, but not the bat­tery. All they need to do is vis­it a sta­tion to swap the bat­tery, which is much quick­er than wait­ing for a full charge.

YA. By mak­ing bat­ter­ies avail­able on a sub­scrip­tion basis, oper­at­ors have man­aged to reduce costs: the price of an elec­tric motor­bike is now com­par­able to that of its com­bus­tion-engine equi­val­ent. This busi­ness mod­el has encour­aged the roll-out of elec­tric two-wheelers.

And what about commercial transport, are the same factors driving the electrification of vehicles?

ME. Elec­tri­fic­a­tion is being driv­en by two dif­fer­ent trends. On the one hand, ride-hail­ing plat­forms (such as Grab) have become a real driv­ing force behind the elec­tri­fic­a­tion of two-wheel­ers by favour­ing drivers using elec­tric vehicles. On the oth­er hand, when it comes to pub­lic trans­port, pro­jects are fun­ded by inter­na­tion­al donors (such as the World Bank). Their decision-mak­ing power is there­fore sig­ni­fic­ant: they are increas­ingly mak­ing their fund­ing con­di­tion­al on the elec­tri­fic­a­tion of fleets. As a res­ult, sev­er­al elec­tric pub­lic trans­port ser­vices have been developed in recent years: the Bus Rap­id Trans­it sys­tem in Dakar, the Liên Ninh elec­tric buses in Hanoi, and the upcom­ing Bus Rap­id Trans­it sys­tem in Abidjan.

Do governments not have a role to play in the transport transition?

YA. We have begun map­ping pub­lic policies across the Afric­an con­tin­ent. Sev­er­al Afric­an gov­ern­ments are start­ing to incor­por­ate meas­ures to sup­port the trans­ition to elec­tric mobil­ity: put­ting it on the agenda with roadmaps; nation­al elec­tro­mobil­ity strategies; or even isol­ated meas­ures, for example, in fin­ance laws.

Ana­lys­is of these meas­ures reveals a scattered and incom­plete set of meas­ures, primar­ily focused on tax incent­ives: exemp­tions from import duties, VAT or excise duties aimed at redu­cing the cost of elec­tric vehicles. These meas­ures appear to point to two dis­tinct policy tra­ject­or­ies. On the one hand, fleet policies are char­ac­ter­ised by sup­port for imports and the gradu­al elec­tri­fic­a­tion of vehicle fleets (Togo, Ben­in). On the oth­er hand, indus­tri­al policies aim to loc­al­ise part of the added value of the trans­ition (South Africa, Niger­ia, Kenya).

ME. In South-East Asia, there is also a drive to strengthen inde­pend­ence by mov­ing away from fossil fuels. These coun­tries are par­tic­u­larly affected by cur­rent con­flicts, and elec­tri­fic­a­tion rep­res­ents a major geo­pol­it­ic­al issue for them. Some states, such as the Phil­ip­pines and Indone­sia, are already imple­ment­ing sov­er­eignty meas­ures relat­ing to mobility.

YA. This is also the case in Africa, where some coun­tries are adopt­ing an increas­ingly sys­tem­ic approach. In cer­tain coun­tries that gen­er­ate hydro­elec­tri­city or are heav­ily depend­ent on oil imports, policies are being imple­men­ted to devel­op renew­able energy and elec­tric mobil­ity: Niger­ia, Ghana, Rwanda, etc.

Ultimately, the carbon footprint of transport is relatively low in the Global South. Is the sector’s transition really a major issue?

YA. Yes, and for sev­er­al reas­ons. We have already men­tioned the import­ance of energy sov­er­eignty for these coun­tries. But we can add to that a cru­cial health issue. Afric­an cit­ies face sig­ni­fic­ant levels of air pol­lu­tion due to age­ing fleets of com­bus­tion-engine vehicles. Elec­tri­fic­a­tion is there­fore a key lever for improv­ing pub­lic health.

Finally, the cli­mate bene­fits are real. The elec­tri­fic­a­tion of trans­port forces coun­tries to pro­duce more elec­tri­city, push­ing them towards policies to devel­op renew­able energy. Added to this is the grow­ing car­bon foot­print of trans­port in the Glob­al South, driv­en by the recent emer­gence of the middle class. This is a pivotal moment, and it is import­ant to act now.

Can electrification be an opportunity for sustainable development in the Global South?

YA. Yes, abso­lutely. With the glob­al rise of elec­tri­fic­a­tion, Afric­an coun­tries are look­ing to cap­it­al­ise on the added value of the trans­ition. This involves reor­gan­ising the vehicle value chain, from man­u­fac­tur­ing right through to main­ten­ance. Finally, on a small scale, elec­tri­fic­a­tion can halve oper­at­ing costs for motor­bike taxi drivers. This is a real oppor­tun­ity for citizens.

Editor’s note: A recent World Bank report ana­lyses the eco­nom­ic bene­fits of elec­tri­fy­ing trans­port in devel­op­ing coun­tries. Through tar­geted invest­ments, improved fin­an­cing mod­els and strategies to relo­cate indus­tries, the report notes that elec­tric trans­port can cre­ate jobs, strengthen the eco­nomy and sup­port sus­tain­able, inclus­ive growth5.

ME. Some loc­al stake­hold­ers have also seized upon the elec­tri­fic­a­tion of pub­lic trans­port to increase the num­ber of women in the sec­tor through train­ing in elec­tric vehicles. In Kenya, for example, whilst pub­lic trans­port is per­ceived as a very male-dom­in­ated pro­fes­sion, the elec­tri­fic­a­tion of minibuses is viewed neg­at­ively by drivers. This has enabled women to access these jobs.

Interview by Anaïs Maréchal

1https://​our​worldindata​.org/​g​h​g​-​e​m​i​s​s​i​o​n​s​-​b​y​-​s​ector
2https://ourworldindata.org/grapher/co2-emissions-transport?tab=line&country=OWID_WRL~OWID_HIC~OWID_UMC~OWID_LMC~OWID_LIC
3[2] https://​www​.iea​.org/​r​e​p​o​r​t​s​/​g​l​o​b​a​l​-​e​v​-​o​u​t​l​o​o​k​-​2​0​2​5​/​e​x​e​c​u​t​i​v​e​-​s​u​mmary
4https://iea.blob.core.windows.net/assets/5a566669-2883–4d8d-9c2f-61dbd92a6a6f/Decarbonisationthroughsmartcharging_.pdf
5[4] https://www.worldbank.org/en/topic/transport/publication/e‑mobility-in-developing-countries

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