The green economic transition includes expansion of electric vehicles and increased deployment of solar power.
November 10, 2025
high
descriptive
Examples of technologies and sectors commonly cited as part of the transition to a low-carbon economy.
China has been increasing industrial focus and investment in electric vehicles and semiconductor manufacturing.
October 23, 2025
high
contextual
Electric vehicles and semiconductors are major areas of industrial competition and policy focus globally.
Rare earth elements are critical minerals used in a broad range of civilian and military products, including jet engines, radar systems, electric vehicles, laptops, and phones.
October 12, 2025
high
general
Examples of applications that depend on rare earth elements.
Rare-earth elements are used in products such as electric vehicles, household appliances, lithium-ion batteries, and camera lenses.
high
descriptive
Describes common civilian uses of rare-earth elements across consumer and industrial products.
Manufacturing electric vehicles typically produces more upfront CO2 emissions than manufacturing internal combustion engine vehicles because lithium-ion battery production is energy-intensive.
high
general
Upfront emissions from vehicle production are influenced by battery manufacturing energy requirements.
Electric vehicles produce zero tailpipe emissions, so their lifetime greenhouse gas emissions become lower as the electricity used for charging comes from cleaner generation sources.
high
general
Tailpipe emissions are eliminated for battery electric vehicles; upstream electricity generation determines net lifecycle emissions.
An electricity generation mix with growing shares of wind, solar, and nuclear and a declining share of coal reduces the carbon intensity of charging and lowers electric vehicle lifecycle emissions.
high
general
Changes in the power sector's fuel mix directly affect the emissions associated with EV charging.