Drivers and impacts of Europe's biofuels policy
Read about the key facts & figures on biofuels and the definition of ILUC, learn about their real-world consequences, and find out why these issues matter to YOU.
Read about the key facts & figures on biofuels and the definition of ILUC, learn about their real-world consequences, and find out why these issues matter to YOU.
En 2009, l'UE a instauré des normes contraignantes pour la performance des véhicules particuliers neufs: 130 grammes de dioxyde de carbone (CO2) par kilomètre (g/km) d'ici à 2015 et 95 g/km d'ici à 2020. La proposition récente de la Commission établit les modalités de la réalisation de l’objectif de 2020. Cette proposition de règlementation a confirmé l’objectif de 95 g/km mais a réintroduit les super crédits (récompenses pour les ventes de véhicules à très faibles émissions de carbone), qui affaiblissent l'objectif.
Ce document souligne pourquoi et comment le marché des voitures à très faibles émissions de carbone devrait être soutenu sans qu'il faille pour autant sacrifier la recherche sur l'amélioration des voitures conventionnelles.
Le présent document et l’étude sur laquelle il se fonde apportent des éléments clés quant à l’impact sur l'emploi des véhicules à faibles émissions de carbone. Ils sont l'aboutissement d'une vaste revue de la littérature consacrée à la question réalisée par CE Delft.
Le carburant est un poste de coûts de plus en plus important pour les entreprises. L’utilisation d’une camionnette (ou VUL pour véhicule utilitaire léger) génère en moyenne une facture annuelle de diesel de l’ordre de 2.400 euros1 – soit environ un tiers du « total cost of ownership » (TCO).
This report is the seventh T&E has published on the annual progress Europe’s major car manufacturers have made in reducing CO2 emissions and fuel consumption of new cars.
In previous years, we assessed how each carmaker was positioned to hit their mandatory CO2 standards that the European Union has set for 2015 (130 g/km on average).
Fuel is an important and rising business cost. At the same time vans are one of the fastest growing sources of transport CO2 emissions, increasing by 26% between 1995 and 2010 and now accounting for 8% of EU’s total road transport emissions. To reduce van fuel consumption and counter rising emissions, binding CO2 standards were introduced in 2011, setting a 2017 fleetwide target of 175 CO2 g/km. For 2020 a target of 147 g/km was agreed. In its review proposal, which is currently under discussion in the European Parliament, the Commission confirmed the 147 g/km target.
In 2009, the EU set legally-binding targets for new cars to emit 130 grams of carbon dioxide (CO2) per kilometer (g/km) by 2015 and 95g/km in 2020.1 The Commission recently proposed a review of the way the 2020 target should be met.2 This confirmed the 95g/km value but reintroduced supercredits (additional rewards for sales of ultralow carbon vehicles) that weaken the target. This paper outlines why and how the market for ultralow carbon cars should be supported without reducing the wider benefits of improving the efficiency of conventional cars.
Recently a large number of studies have been published that claim that accelerated uptake of electrical vehicles (EVs) and fuel efficient cars in the market for automotive transport may have positive employment benefits.