CO2 targets for 2021 for new cars will be based on an improved test, the WLTP (Worldwide harmonised Light Vehicles Test Procedure), after a decision today by the European Council and the European Commission. Sustainable transport group Transport & Environment (T&E) welcomes the decision as the conversion methodology will limit how much carmakers can manipulate tests to meet 2021 CO2 limits for new cars.
The cost of introducing ambitious CO2 reduction targets for cars by 2025 is much less than previously estimated, according to preliminary figures released by research group the ICCT. Cutting car CO2 to around 75g of CO2 per km is estimated to cost around €600 extra per vehicle beyond the agreed 95g/km 2021 target.
Carmakers will have to provide more realistic fuel economy figures for their new cars as of 2018 thanks to the introduction of a new CO2 laboratory test (WLTP – Worldwide harmonised Light Vehicles Test Procedure). Sustainable transport group Transport & Environment (T&E) welcomes the decision reached last night between member states, the European Commission and the European Parliament.
By Jos Dings, T&E executive directorAmerica is no green saint. An American emits more than twice the carbon of a European. Per head Americans also use more than twice as much oil for transport as Europeans do – mostly because five Americans own as many vehicles as eight Europeans and many of their vehicles don’t even fit in European garages. They send more than three times as much household waste to landfills. And so on.
The new car market could change dramatically after 2020 with sales of electric vehicles set to rocket, according to research by the energy information and analysis service, Bloomberg New Energy Finance (BNEF).
This summer, the European Commission will present new targets for member states’ Effort Sharing Decision sectors for the period 2021 to 2030 and publish a communication on decarbonising transport. The ESD sets an overall EU climate target of -30% by 2030 below 2005 levels for sectors not included under the EU emissions trading system (non-ETS emissions) – mainly surface transport, buildings and agriculture. The ESD requires member states to limit their GHG emissions by meeting individual binding annual limits. This ‘recipe for Spain’ serves as a guideline on how to reduce emissions from transport and secure the climate target.
A consistent set of stricter EU rules on CO2 emissions from cars and vans could help reach climate goals while boosting the renewable energy sector, and at relatively little cost, according to a new report from an energy think tank that advises the European Commission. The report says electricity providers can play a central role if they recognise the overall value of pushing for tighter CO2 standards in road transport.
This summer, the European Commission will present new targets for member states’ Effort Sharing Decision sectors for the period 2021 to 2030 and publish a communication on decarbonising transport. Germany’s anticipated 2030 reduction target for all sectors covered by the ESD will be -39%. Thus, Germany will have to decrease its transport emissions to 97 MtCO2 eq by 2030. This ‘recipe for Germany’ serves as a guideline on how to reduce emissions from transport and secure the climate target.
Carmakers’ plan to cut road transport emissions washes their hands of responsibility and ignores cost effective vehicle standards that will lower fuel bills for drivers, create jobs and lower oil imports. The need for vehicles CO2 targets is the key conclusion of a new study from the ICCT, the group which tipped off the US EPA about Volkswagen’s cheating last year. The study finds early introduction of standards for trucks and stringent new targets for cars and vans would alone result in CO2 savings of 17.4% on 2005 levels by 2030, making a sizable contribution to meeting EU targets to reduce emissions in non-ETS sectors.
Electric vehicles are becoming more and more competitive, mainly because battery prices have fallen 65% since 2010 and are forecasted to fall to $230 per kWh in 2017-2018. Batteries are also becoming more powerful as they gain in energy density. Moreover, these improvements were recently reinforced by other significant developments: the unveiling by Tesla of its Model 3 is making high-spec electric cars more accessible; and the Netherlands, Norway and Germany’s public support for the rollout of electric vehicles.