Last week’s confirmation that the average CO2 emissions of a new car sold in the EU increased in 2017 is the result of carmakers selling more SUVs, crossovers and more powerful vehicles, T&E’s study shows. The European Environment Agency (EEA) reported a small but expected rise in new car CO2 emissions of 0.4g/km.
Provisional data for European new car carbon emissions in 2017 published today shows the small but expected rise in new car CO2 emissions of 0.4g/km is due to the strong growth in sales of crossover and SUV models - mainly diesel powered. According to the European Environment Agency, the average CO2 emissions from diesel cars rose from 116.8g/km in 2016 to 117.9g/km in 2017, while CO2 emissions from petrol cars remained flat (-0.1g/km).
The biggest failure of the current car CO2 has been the failure to deliver emissions reductions on the road. Whilst new car CO2 emissions measured using the obsolete laboratory test (NEDC) have fallen by 31% since 2000, on the road the reduction is just, 11%. The gap between test and real-world performance has leapt from 9 to 42% weakening the regulation, increasing CO2 emissions and raising fuel bills for drivers. The underlying issue was basing the regulation on laboratory tests. Whilst the new WLTP addresses some loopholes, its introduction also creates new flexibilities that the car industry are planning to exploit to undermine both the current regulation to 2020/1 and proposed future regulations for 2025/30.
As diesel sales slump and those of electric vehicles pass one million, batteries are fast becoming a major part of the EU’s industrial future. It is not just talk this time. Investment is happening: LG Chem is planning for production in Poland and Samsung SDI is doing likewise in Hungary; NorthVolt has just signed a large loan to build a demo plant in Sweden, and Saft, a subsidiary of Total, announced a battery consortium with Siemens, Solvay and MAN. Amidst all this, the environmental benefits of electric cars are under intense scrutiny with news articles on this a regular feature in most EU countries. So, do electric cars reduce car CO2 emissions or do they just shift the problem elsewhere?
The increase in UK new car CO2 emissions by 0.8% in 2017 reported by the UK industry arises mainly from a shift to larger SUV and dual-purpose vehicles rather than from declining diesel sales that the UK car industry association (SMMT) claims.
Whilst the rest of the economy has leapt forward to embrace digitalisation, transport has remained largely analogue. The internal combustion engine, a workhorse from the 19th century, stills powers virtually all vehicles using oil that chokes our cities and heats the planet.
The recent European Commission proposal on CO2 regulations for cars and vans to 2030 has provided the car industry with an early christmas gift. The unambitious 3%pa improvement rate and removal of a binding sales target for zero-emission vehicles (ZEV) followed last minute lobbying by carmakers. With Vice President Sefcovic, and the architects of the package Commissioners Cañete, Bulc and Bienkowksa all aligned in favour of a system of credits and, crucially, debits for carmakers that exceeded or breached a ZEV sales target, the package was virtually finalised before a last-minute intervention diluted the proposal.
*See footnotes for quotes in French and GermanThe European Commission’s announcement of CO2 targets for cars and vans today is a gift to Europe’s carmakers and fails to tackle the EU’s biggest climate problem, transport, campaigners Transport & Environment (T&E) said.
As details of the forthcoming car CO2 regulation are finalised, T&E has issued research highlighting the failure of the current CO2 regulation to lower CO2 emissions on the road and what solutions are available to tackle this.
The procedure for recording the polluting and climate-changing impact of a new car once it gets on the road has become more accurate, with the entry into force of two new emissions tests that replace the discredited NEDC test. The milestone comes as a new award-winning test protocol by Peugeot-Citroën with T&E and two other partners promises even greater accuracy in the future.
