k Minerals in an EV battery, illustration Infographic illustration depicting the minerals found in an electric vehicle EV battery. The average EV lithiumion battery with a 65 kilowatt per hour capacity contains around 185 kilograms of minerals. Graphite is the largest component 28.1 and is used for the anode. The cathode is composed of several metals with cobalt being the most expensive. Data from the European Federation for Transport and Environment based on the average EV battery in 2020., by VISUAL CAPITALISTSCIENCE PHOTO LIBRARY Stock Photo - Afloimages
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Minerals in an EV battery, illustration Infographic illustration depicting the minerals found in an electric vehicle  EV  battery. The average EV lithium ion battery with a 65 kilowatt per hour capacity contains around 185 kilograms of minerals. Graphite is the largest component  28.1   and is used for the anode. The cathode is composed of several metals with cobalt being the most expensive. Data from the European Federation for Transport and Environment based on the average EV battery in 2020., by VISUAL CAPITALIST SCIENCE PHOTO LIBRARY
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Minerals in an EV battery, illustration

Infographic illustration depicting the minerals found in an electric vehicle (EV) battery. The average EV lithium-ion battery with a 65 kilowatt per hour capacity contains around 185 kilograms of minerals. Graphite is the largest component (28.1%) and is used for the anode. The cathode is composed of several metals with cobalt being the most expensive. Data from the European Federation for Transport and Environment based on the average EV battery in 2020., by VISUAL CAPITALIST/SCIENCE PHOTO LIBRARY

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215127145

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S
0.5 MB
670 x 724 px
5.7 x 6.1 cm
$ 100.00
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4.6 MB
2118 x 2290 px
17.9 x 19.4 cm
$ 180.00
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25.8 MB
5000 x 5407 px
42.3 x 45.8 cm
$ 350.00
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