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.
On 31 May 2017, the European Commission published its proposal to review the ‘Eurovignette’ Directive. The Directive defines how Member States of the European Union can charge vehicles for their use of road infrastructure and was conceived to ensure the proper functioning of the EU transport market. Transport accounts for around a quarter of EU GHG emissions. Meanwhile air pollution from road transport contributes to over 400,000 premature deaths per year, 26,000 people die in traffic annually, and the EU economy loses €100 bn every year in congestion. This briefing outlines why road charging is a key instrument to tackle this.
It has been more than a year since the European Commission presented its type approval proposals (or TAFR) to reform the current system of vehicles testing following the Dieselgate scandal. Following extensive consideration by the European Parliament and Council of Ministers, the final negotiations to agree the changes are imminent. The Parliament voted its position on 4 April; the Council is expected to agree most technical details at a working group meeting on the 26 and 27 April and reach a final agreement at the Competitiveness Council on 29 May.
T&E has got hold of Italy’s Dieselgate emissions investigation. The report proves that the home carmaker got special treatment, e.g. Fiat’s cars were tested in carmakers’ own labs and some even “exempted” from undergoing more demanding tests. This shows what is going to happen if type approval rules are not tightened up and all enforcement continues to sit with national authorities.
This briefing explains how the new type approval proposal is a once-in-a-decade opportunity to strengthen the European vehicle and component testing system, and that while the proposal is a good start, it is missing key elements needed to make it truly effective.
A consortium of car manufacturers, suppliers and repairers has, in an attempt to hide the fact that a typical diesel car emits 10 times more nitrogen oxides than an equivalent gasoline car, launched a new website. Its content ignores the inconvenient truth that new diesels can’t reach the limits agreed back in 2007 without fitting new technology. This briefing provides six facts about diesel cars that the industry would rather the public didn’t know.
The current system for testing car CO2 emissions and fuel economy, the NEDC, is obsolete. Thankfully, a new test, the WLTP, is scheduled to replace the NEDC in 2017. To do this, the average CO2 emissions target for cars (95 g/km for 2020/1) needs to be revised in a way that maintains “equivalent stringency” between the tests.
Air pollution emissions limits for cars, vans and trucks (Euro Standards) have been progressively tightened, on paper, over 25 years but have failed to deliver real-world improvements for several key pollutants, notably nitrogen dioxide. This is because obsolete tests and “cycle beating” techniques have been used by carmakers leading to levels of emissions from some cars many times higher on the road than in laboratory tests. In October 2014, the Commission will be discussing progress and next steps with EU member states. This paper outlines key issues for member states to ensure that the new real-world (PEMS) tests are robust and representative of real-world driving in order for emissions to decline on the road.
The EU is currently discussing its climate and energy policy for 2030. As part of these discussions German carmakers have been advocating the inclusion of road transport emissions in the EU Emissions Trading System (ETS). Some countries like Denmark also support the idea, although for different reasons. This briefing explains why transport’s inclusion in the ETS would delay emissions reductions in transport, undermine more effective climate policies for transport, and weaken the ETS and increase costs.
Light duty vehicles (LDVs) emit more pollutants on the road than in laboratory conditions. In order to solve this problem the Commission decided to introduce complementary type-approval procedures to measure gaseous and particulate emissions during real driving to make sure that they are similar to legal emission limits. To achieve this, the Real-Driving Emissions-Light Duty Vehicles (RDE-LDV) working group was created in 2011. Work in this group is currently focused on RDE tests during initial type approval.
This paper has been prepared by T&E to aid the work of this group. The paper considers the main topics of discussion: data analysis methods, boundary conditions, conformity factor, equipment (portable emissions measurement system – PEMS) and scope.