< Back to situations

[ORGANIZATION]

SMMT

Featured in 9 tracked stories · first seen

Situations

[ACTIVE] [BUSINESS] [GB] [VN] [CN]

Chery's Omoda and Jaecoo expand global reach and tech

33 clusters · 119 sources · last updated

Latest: Jaecoo 7 becomes top-selling car in the United Kingdom

Throughout 2026, Omoda and Jaecoo continued to roll out new hybrid and electric models across Europe, Asia, Africa, and Latin America, reinforcing Chery Group’s strategy of intelligent engineering and AI-enabled vehicles

[ACTIVE] [BUSINESS] [FR] [US] [DE]

Global electric vehicle consumer trends and adoption

21 clusters · 93 sources · last updated

Latest: Electric vehicle resale values show narrowing gap with gasoline cars

Consumer sentiment and economic benefits regarding electric vehicles (EVs) continue to trend positively across several markets. In the United States, a 2026 JD Power study indicated that EV owners reported higher satisfa

[ACTIVE] [BUSINESS] [DE] [CN] [US]

Global EV market shifts and infrastructure challenges

39 clusters · 310 sources · last updated

Latest: US electric vehicle market shows signs of recovery

By early October 2026, the global electric vehicle (EV) market has reached a significant milestone, with battery-electric vehicles (BEVs) accounting for approximately 20% of all new car registrations in August. When incl

[QUIET] [POLITICS] [DE] [FR] [CA]

France-Germany dispute over EU industrial policy expands

3 clusters · 27 sources · last updated

Latest: France and Germany clash over UK role in EU industrial policy

France and Germany remain divided over the implementation of the European Commission’s Industrial Accelerator Act, which seeks to protect sectors such as automobiles, green technologies, cement, and aluminum from interna

[QUIET] [TECHNOLOGY] [DE] [US] [NL]

Electric vehicle battery degradation and durability

18 clusters · 94 sources · last updated

Latest: Volkswagen Passat GTE battery retains 76% capacity after 300,000 km

Recent research and real-world testing indicate that electric vehicle (EV) batteries are more robust than previously assumed. Research from Stanford University suggests that using “dynamic cycles”—simulating real-world d

Also covered in