This paper presents evidence to dispel many of the myths about electric vehicles and explains why they are key to reducing CO2 emissions from personal mobility.
This is the fifth in a series of eight snippets about how to decarbonise land freight by 2050. Based on a new T&E study, the series will culminate in a public debate in Brussels in September.
The average car sits unused for more than 90% of the time, carries on average just one and a half people and costs, on average, €6,500 a year to own and run. Each car occupies 150m2 of urban land and still this is not the full bill – congestion costs the EU economy €100 billion annually. The convenience that made the car a 20th century icon has been eroded by its popularity.
350,000 dirty second-hand diesel cars mainly from Germany were exported to Poland in 2017 only, shows a new briefing by green transport group Transport & Environment. The research also points out that national governments have legal tools to limit this influx and should use them to protect their citizens.
New evidence shows 350,000 polluting 2nd-hand diesels were exported to Poland in 2017. There are measures to restrict the influx, says legal analysis.
Road transport contributes over 35% of the emissions covered within the Climate Action Regulation that sets member state targets for reducing GHG emissions for sectors outside of the Emissions Trading Scheme by 2030. Cutting emissions from new cars, vans and trucks through EU regulation is one of the simplest, and politically most acceptable ways, to reduce surface transport emissions.
EUROCITIES, the European Public Health Alliance (EPHA), and Transport & Environment (T&E) are joining forces to organise the first ever European Summit on Diesel.
Electromobility is the most promising future technology to decarbonize road transport. Grid management is critical to electric vehicle adoption. Smart charging is key to minimize the amount of investments needed in the grid. Large scale deployment of EVs represents an opportunity to store large amounts of renewable electricity in batteries, reducing curtailment. EVs can even work as virtual power stations.
Despite the perception that public recharging is a major barrier to the mass uptake of electric vehicles (EV), public chargers are only used for about 5% of charging events, including on-street city charging, car parks and fast charging along road corridors. The data compiled in various studies to date shows that the vast majority of EV charging happens at home or work and it is a lack of choice and availability of electric cars that is the principal barrier.