Übersetzung für "Integrated fuel-engine indicator " (Englisch → Deutsch) :

82. Calls on the Commission to integrate sustainable transport into the energy strategy in a manner that exploits the full potential of all the various technologies, including by means of an adequate regulatory framework and an action plan on green vehicles, support for technological research and development, the removal of barriers to deployment of new (fuel) technologies, the setting of common standards (for example for rail transport and electric cars), ambitious standards for fossil fuel engines, the establishment of ‘green transport corridors’ through Europe, and the integration of modes of transport; particular attention should be ...[+++] paid to electric cars, in order to ensure that they can be driven and recharged easily throughout Europe and that their increased use is combined with the development of ‘intelligent’ electricity grids and storage systems, high levels of renewable energy production and the use of combined heat and power;

84. Calls on the Commission to integrate sustainable transport into the energy strategy in a manner that exploits the full potential of all the various technologies, including by means of an adequate regulatory framework and an action plan on green vehicles, support for technological research and development, the removal of barriers to deployment of new (fuel) technologies, the setting of common standards (for example for rail transport and electric cars), ambitious standards for fossil fuel engines, the establishment of 'green transport corridors' through Europe, and the integration of modes of transport; particular attention should be ...[+++] paid to electric cars, in order to ensure that they can be driven and recharged easily throughout Europe and that their increased use is combined with the development of 'intelligent' electricity grids and storage systems, high levels of renewable energy production and the use of combined heat and power;

upshifts indicated when specific fuel consumption engine maps show that a specified minimum fuel consumption improvement will be delivered in the higher gear;

3.3.3. For hybrid vehicles, vehicles that employ alternative engine start hardware or strategies (e.g. integrated starter and generators), or alternative fuel vehicles (e.g. dedicated, bi-fuel, or dual-fuel applications), the manufacturer may request the approval of the approval authority to use alternative criteria to those set forth in this section for incrementing the denominator.

The JRC aims at obtaining data for the long-term behaviour of spent fuel and developing methods for the reliable assessment of the engineered systems with the emphasis on the integrity of the waste packages and the benchmarking of risk-oriented decision criteria.

Immediate/Short-termLonger term | Reduction in demand (e.g. smaller engines)Advanced high-efficiency ICEsImproved hybrid electric designs with petrol, diesel, biodieselBio-diesel; bio-ethanolCo-processing of biomass with fossil fuelsSynthetic fuels from gas/coal-Fischer-TropschBiofuels from ligno-cellulosic feedstocksElectric vehicles (EVs) with advanced battery electricity storageHydrogen with fuel cellsAir transport: hydrogen/gas turbine | Low/medium temperature solar thermal applications for hot water, heating, cooling, industrial processesCombined Cycle Gas Turbine (CCGT)Nuclear fission (Gen III/III+)Wind energy (including offshore/deep offshore)System integration (grid issues)Solid biomassFuel cells (SOFC, MCFC)Geothermal energy (incl ...[+++]uding deep geothermal – HDR/HFR)Carbon capture and storage (CCS)Cleaner use of coal (steam/gas turbine, combined cycle) with CCSAdvanced fossil fuel plants (super/ultra-supercritical steam; Integrated Gasification CC (IGCC), with CCSSolar photovoltaic (PV)Solar thermal power plantsOcean energy (wave, sea current)Nuclear fission – Generation IVNuclear fusion |