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How green is your EV really

17 slides · $3.36 · 24 min · 2026-06-12 language
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How green is your EV reallyMade for Freddy Vega, by Hanademi
Qué tan verde es tu auto eléctricoMade for Freddy Vega, by Hanademi
One in four new cars is now electricMade for Freddy Vega, by HanademiSources: International Energy Agency. (2026). Trends in electric cars – Global EV Outlook 2026.Unit% of new car sales0%10%20%2020202120222023202420254%25%
Five years ago EVs were a 4% footnote. In 2025 they are a quarter of every new car sold worldwide. The curve bends sharply after 2020 and never flattens, a market crossing from early adopters to mainstream in a single half-decade.
Uno de cada cuatro autos nuevos ya eseléctricoMade for Freddy Vega, by HanademiFuentes: International Energy Agency. (2026). Trends in electric cars – Global EV Outlook 2026.Unidad% de ventas de autos nuevos0 %10 %20 %2020202120222023202420254 %25 %
Hace cinco años los eléctricos eran un 4% marginal. En 2025 son una cuarta parte de cada auto nuevo vendido. La curva se dispara después de 2020 y no se aplana: un mercado que pasó de pioneros a corriente principal en media década.
Six times more EVs sold in five yearsMade for Freddy Vega, by HanademiSources: International Energy Agency. (2026). Trends in electric cars – Global EV Outlook 2026.UnitMillion units0102020202020212022202320242025
Annual EV sales jumped from 3 million to 20 million in five years, adding roughly a Norway-sized fleet every year. The pace is not slowing: each year since 2021 added about 3.5 million more electric cars than the year before.
Seis veces más eléctricos vendidos en cincoañosMade for Freddy Vega, by HanademiFuentes: International Energy Agency. (2026). Trends in electric cars – Global EV Outlook 2026.UnidadMillones de unidades0102020202020212022202320242025
Las ventas anuales saltaron de 3 a 20 millones en cinco años, sumando una flota del tamaño de Noruega cada año. El ritmo no afloja: desde 2021 cada año sumó unos 3,5 millones más que el anterior.
China is buying two of every three EVsMade for Freddy Vega, by HanademiSources: BloombergNEF. (2025). Global electric vehicle sales set for record-breaking year.Unit% of global EV sales, 2025China66%Europe17%UnitedStates7%Rest of world10%
China alone bought 66% of the world's EVs in 2025. The US, despite being the world's largest economy, took just 7%.
China compra dos de cada tres eléctricosMade for Freddy Vega, by HanademiFuentes: BloombergNEF. (2025). Global electric vehicle sales set for record-breaking year.Unidad% de ventas globales, 2025China66 %Europa17 %EstadosUnidos7 %Resto del mundo10 %
China sola compró el 66% de los eléctricos del mundo en 2025. EE. UU., la mayor economía, se llevó apenas el 7%.
In Norway, almost every new car iselectricMade for Freddy Vega, by HanademiSources: Visual Capitalist. (2025). EV share of new car sales by country; ICCT. (2025). Europe battery electric marketcloses 2025 at 19% average.Unit% of new car sales, 202597%Norway50%China19%Europe10%United States
Walk into a Norwegian dealership and 97 of every 100 new cars are electric. In a US one, only 10. The same year, the same product, four very different national stories, set by policy, grid, and incentives.
En Noruega, casi todo auto nuevo eseléctricoMade for Freddy Vega, by HanademiFuentes: Visual Capitalist. (2025). EV share of new car sales by country; ICCT. (2025). Europe battery electric marketcloses 2025 at 19% average.Unidad% de ventas nuevas, 202597 %Noruega50 %China19 %Europa10 %Estados Unidos
En una concesionaria noruega, 97 de cada 100 autos nuevos son eléctricos. En una de EE. UU., solo 10. El mismo año, el mismo producto, cuatro historias nacionales muy distintas, definidas por política, red e incentivos.
On the EU grid, an EV emits a quarter of agasoline carMade for Freddy Vega, by HanademiSources: Negri, M., & Bieker, G. (2025). Life-cycle greenhouse gas emissions from passenger cars in the European Union.ICCT.Unitg CO2e per km, lifecycleGasoline car233EV, EU grid avg63EV, renewables only52
Across its full life, an EV on Europe's grid emits 63 g CO2/km, 73% less than the 233 g of a gasoline car.
En la red europea, un eléctrico emite lacuarta parte de uno a gasolinaMade for Freddy Vega, by HanademiFuentes: Negri, M., & Bieker, G. (2025). Life-cycle greenhouse gas emissions from passenger cars in the EuropeanUnion. ICCT.Unidadg CO2e por km, ciclo de vidaAuto a gasolina233EV, red UE promedio63EV, solo renovables52
En toda su vida, un eléctrico en la red europea emite 63 g CO2/km, un 73% menos que los 233 g de uno a gasolina.
Even the dirtiest EV beats gasolineMade for Freddy Vega, by HanademiSources: Transport & Environment. (2024). Are electric cars cleaner?Unit% lifecycle CO2 saved vs gasoline83%Best case: Sweden67%EU average37%Worst case: China battery, Poland grid
Even with a Chinese-made battery driven on Poland's coal grid, an EV still cuts lifetime CO2 by 37%. Transport & Environment's worst plausible scenario still loses to gasoline; the best case erases 83% of emissions.
Hasta el eléctrico más sucio le gana a lagasolinaMade for Freddy Vega, by HanademiFuentes: Transport & Environment. (2024). Are electric cars cleaner?Unidad% de CO2 ahorrado vs gasolina83 %Mejor caso: Suecia67 %Promedio UE37 %Peor caso: batería china, red polaca
Incluso con batería china y red polaca a carbón, el eléctrico aún recorta el CO2 de por vida en un 37%. El peor escenario plausible de T&E aún le gana a la gasolina; el mejor borra el 83% de emisiones.
Hybrids are a half-measureMade for Freddy Vega, by HanademiSources: Transport & Environment. (2024). Are electric cars cleaner?Unit% lifecycle CO2 cut vs gasolineHybrid21%Plug-in hybrid26%Full EV, EU avg67%Full EV, best case83%
Hybrids cut CO2 by just 21-26%. Full EVs cut it by 67-83%, roughly three times as much.
Los híbridos son una solución a mediasMade for Freddy Vega, by HanademiFuentes: Transport & Environment. (2024). Are electric cars cleaner?Unidad% reducción de CO2 vs gasolinaHíbrido21 %Enchufable26 %100% eléctrico, UE67 %100% eléctrico, mejor caso83 %
Los híbridos recortan el CO2 solo 21-26%. Los eléctricos puros, 67-83%, unas tres veces más.
A US EV sedan offsets higher manufacturingemissions after just 15,200 miles.Sources: ICCT. (2024). Life-cycle GHG emissions of US sedans and SUVs.
A US EV sedan offsets higher manufacturing emissions after just 15,200 miles.
Un sedán eléctrico estadounidensecompensa emisiones de fabricacióntras 15,200 millas.Fuentes: ICCT. (2024). Life-cycle GHG emissions of US sedans and SUVs.
Un sedán eléctrico estadounidense compensa emisiones de fabricación tras 15,200 millas.
Battery making is the EV's dirtiest mileMade for Freddy Vega, by HanademiSources: Peiseler et al. (2024). Carbon footprint distributions of lithium-ion batteries. Nature Communications.Unitkg CO2-eq per kWh2022Low endHigh end2.2×41892050 (projected)4.5×1045
Each kWh of battery costs 41-89 kg of CO2 today. By 2050 that footprint is projected to fall by roughly half. NMC811 packs sit at a median of 74 kg/kWh; cheaper LFP chemistry already lands lower at 62 kg/kWh.
Fabricar la batería es la milla más suciadel eléctricoMade for Freddy Vega, by HanademiFuentes: Peiseler et al. (2024). Carbon footprint distributions of lithium-ion batteries. Nature Communications.Unidadkg CO2-eq por kWh2022MínimoMáximo2,2×41892050 (proyección)4,5×1045
Cada kWh de batería cuesta 41-89 kg de CO2 hoy. Para 2050 se proyecta caer a aproximadamente la mitad. Las celdas NMC811 promedian 74 kg/kWh; las LFP, más baratas, ya están en 62 kg/kWh.
93% of battery harm comes from rawmaterialsMade for Freddy Vega, by HanademiSources: Gutsch, M., & Leker, J. (2024). Costs, carbon footprint, and environmental impacts of lithium-ion batteries.Applied Energy.Unit% of total environmental impactRaw materials (mining + refining)Factory energy and other13.3×93%7%
In a US cell-making study, raw materials caused 93 of every 100 units of environmental harm, dwarfing factory energy.
El 93% del daño de las baterías viene de lasmaterias primasMade for Freddy Vega, by HanademiFuentes: Gutsch, M., & Leker, J. (2024). Costs, carbon footprint, and environmental impacts of lithium-ion batteries.Applied Energy.Unidad% del impacto ambiental totalMaterias primas (minería y refino)Energía de fábrica y otros13,3×93 %7 %
En un estudio de celdas en EE. UU., las materias primas causaron 93 de cada 100 unidades de daño, muy por encima de la energía de fábrica.
Some grids are green, others still run oncoalMade for Freddy Vega, by HanademiSources: Our World in Data. (n.d.). Renewables [share-electricity-renewables].Unit% renewable electricity0%50%100%20102013201620192022NorwayGermanyUnitedKingdomChinaUnitedStatesPolandIndia
Norway has been near 100% renewable for 15 years; the US, China and India remain under one-third. Same EV, very different footprint. Europe is decarbonizing fast (Germany 17 -> 59%, UK 7 -> 51%) while emerging giants lag, defining where EVs deliver their full promise.
Algunas redes son verdes, otras siguen acarbónMade for Freddy Vega, by HanademiFuentes: Our World in Data. (n.d.). Renewables [share-electricity-renewables].Unidad% de electricidad renovable0 %50 %100 %20102013201620192022NoruegaAlemaniaReinoUnidoChinaEstadosUnidosPoloniaIndia
Noruega lleva 15 años cerca del 100% renovable; EE. UU., China e India siguen bajo un tercio. Mismo auto, huellas muy distintas. Europa descarboniza rápido (Alemania 17 -> 59%, Reino Unido 7 -> 51%) mientras los gigantes emergentes se rezagan.
Poland's grid is still three-quarters coalMade for Freddy Vega, by HanademiSources: MDPI Materials. (2021). Lifecycle study of EVs on Poland's grid.Unit% of Poland electricity, 20180%20%40%60%80%100%Hard coalLigniteOther sourcesPoland grid mix47.8%29%23.2%
In 2018, 77% of Poland's electricity came from coal, the case where an EV may be no cleaner than gasoline.
La red de Polonia sigue siendo tres cuartaspartes carbónMade for Freddy Vega, by HanademiFuentes: MDPI Materials. (2021). Lifecycle study of EVs on Poland's grid.Unidad% de la electricidad de Polonia, 20180 %20 %40 %60 %80 %100 %HullaLignitoOtras fuentesMezcla eléctricapolaca47,8 %29 %23,2 %
En 2018, el 77% de la electricidad polaca venía del carbón, el caso donde un eléctrico podría no ser más limpio que la gasolina.
A new EV still costs $8,000 more upfrontMade for Freddy Vega, by HanademiSources: AAA. (2025). Going Electric: Discover the True Cost of EV Ownership.UnitAverage new car price, Sep 2025$58,124New EV$50,080All new cars
The average EV sold for $58,124 in September 2025, about $8,044 above the all-car average of $50,080.
Un eléctrico nuevo aún cuesta $8,000 másal inicioMade for Freddy Vega, by HanademiFuentes: AAA. (2025). Going Electric: Discover the True Cost of EV Ownership.UnidadPrecio promedio nuevo, sep 2025$58.124Eléctrico nuevo$50.080Todos los autos nuevos
El eléctrico promedio se vendió en $58,124 en septiembre de 2025, unos $8,044 por encima del promedio de $50,080.
Fewer EVs win on lifetime cost than lastyearMade for Freddy Vega, by HanademiSources: Vincentric. (2025). 2025 US EV Cost of Ownership Analysis; AAA. (2025). New Vehicle Costs Drop to$11,577; Recharged.com. (2026). EV vs Gas Car 2026.UnitEV models cheaper to own than gas49%202444%2025
Only 44% of EVs beat a comparable gas car on 5-year cost in 2025, down from 49% in 2024. Maintenance is the bright spot, $1,000-$2,000 over five years, but higher sticker and depreciation are pulling parity backwards.
Menos eléctricos ganan en costo total que elaño pasadoMade for Freddy Vega, by HanademiFuentes: Vincentric. (2025). 2025 US EV Cost of Ownership Analysis; AAA. (2025). New Vehicle Costs Drop to$11,577; Recharged.com. (2026). EV vs Gas Car 2026.UnidadModelos EV más baratos que gasolina49 %202444 %2025
Solo el 44% de los eléctricos le ganaron a un auto a gasolina comparable en 5 años en 2025, frente a 49% en 2024. El mantenimiento es la mejor noticia, $1,000-$2,000 en cinco años, pero el precio inicial y la depreciación frenan la paridad.
Wealthy households drive the EV boomMade for Freddy Vega, by HanademiSources: Gallup. (2024). EV ownership ticks up; Schoenbauer, A. (2026). Charging ahead in the era of electricvehicles. Numerator.Unit% of households owning an EV, 2024Upper-income14%All US households4.4%3.2x
Upper-income Americans own EVs at 14%, more than triple the 4.4% national average; half of all EV owners come from high-income homes.
Los hogares ricos impulsan el boomeléctricoMade for Freddy Vega, by HanademiFuentes: Gallup. (2024). EV ownership ticks up; Schoenbauer, A. (2026). Charging ahead in the era of electric vehicles.Numerator.Unidad% de hogares con EV, 2024Ingresos altos14 %Todos los hogares4,4 %3,2x
Los estadounidenses de ingresos altos tienen EVs al 14%, más del triple del 4.4% nacional; la mitad de los dueños viene de hogares ricos.
80% of EV tax credits went to the richestfifthMade for Freddy Vega, by HanademiSources: Borenstein, S., & Davis, L. W. (2025). The distributional effects of US tax credits. National Tax Journal.Unit% of EV tax credits received80%Top income quintile share of EVcredits
About 8 of every 10 dollars in US EV tax credits ever issued landed in the top income quintile. The bottom three quintiles combined got just 10%, the most extreme skew of any US clean-energy subsidy on record.
El 80% de los créditos fiscales fue al quintomás ricoMade for Freddy Vega, by HanademiFuentes: Borenstein, S., & Davis, L. W. (2025). The distributional effects of US tax credits. National Tax Journal.Unidad% de créditos fiscales recibidos80 %Quintil superior de créditos EV
Cerca de 8 de cada 10 dólares en créditos fiscales para eléctricos terminaron en el quintil de mayores ingresos. Los tres quintiles inferiores juntos recibieron solo el 10%, el sesgo más extremo entre los subsidios verdes de EE. UU.
Where you plug in shapes the green payoffMade for Freddy Vega, by HanademiSources: World Bank. (n.d.). GDP per capita (current US$); Our World in Data. (n.d.). Renewables[share-electricity-renewables].UnitGDP per capita, 2024Income per person, 2024$86,785$84,534$56,104$13,303$2,695NorwayUnitedStatesGermanyChinaIndiaRenewable share of grid, 202498.6%24.1%58.6%33.7%19.8%NorwayUnitedStatesGermanyChinaIndia
Norwegians earn 32x what Indians earn AND plug into a 99% clean grid. The richest grids are also the greenest. Income and grid greenness move together, so the EV revolution lands hardest where its environmental edge is already largest.
Dónde enchufas define el beneficio verdeMade for Freddy Vega, by HanademiFuentes: World Bank. (n.d.). GDP per capita (current US$); Our World in Data. (n.d.). Renewables[share-electricity-renewables].UnidadPIB per cápita, 2024Ingreso por persona, 2024$86.785$84.534$56.104$13.303$2.695NoruegaEE. UU.AlemaniaChinaIndiaRenovables en la red, 202498,6 %24,1 %58,6 %33,7 %19,8 %NoruegaEE. UU.AlemaniaChinaIndia
Los noruegos ganan 32 veces lo que los indios y se conectan a una red 99% limpia. Las redes más ricas son también las más verdes. Ingresos y red verde se mueven juntos, así que la revolución eléctrica aterriza más fuerte donde su ventaja ambiental ya es mayor.

The research behind this deck

EVs went from niche to one in four new cars in five years, and over a lifetime they beat gasoline almost everywhere. But the green payoff and the price tag still depend on which grid you plug into and which income bracket you live in.

Key findings

The argument

This research is published in English and Spanish. Ver en español