![]() ![]() As such, they only represent a partial estimate of the type of CO2 emission reductions that could result from a broader uptake and shift to light mobility. These CO2 emission reductions stem from mass reductions within one vehicle class – light-duty vehicles. Deborah blown away series Deborah blown away tv How would you characterize those responses When we were making arrangement to speak, you mentioned that you’d had a lot of people reaching out to you. +40% over the past four decades in Europe), an approximate 30% reduction of light-duty vehicle mass would result in a near-doubling of expected CO2 reductions from light-duty vehicles (-39% from 1990 levels by 2050 compared to -21% without mass-reduction) (ITF, 2017). Against a backdrop of ever- increasing light-duty vehicle weights (e.g. Lightweighting and downsizing vehicles can deliver significant climate benefits. algorithms discriminating in employment on the basis of gender,11 algorithms. In Germany, for example, the production of a 0.4 kWh e-bike battery, a 10 kWh microcar battery and a 50 kWh electric car battery generates 40 kg, 900 kg and 4 500 kg of CO2 equivalent emissions, respectively (Brost et al., 2022). Personality and Social Psychology Bulletin 1978 4: 2, 260-264 Download Citation. Shenoy RV, Newbern D, Cooke DW, Chia DJ, Panagiotakopoulos L, DiVall S, Torres-Santiago L. of a portion of this doctoral research in Anuj Puri, A Theory of Group. ![]() Beyond the significantly reduced need for critical raw materials inherent in smaller batteries, their production entails far fewer CO2 emissions since these increase proportionally with battery size and capacity. A 100 kWh battery used in a large electric vehicle corresponds to the battery needs for ten microcars, 20 micro-electric vehicles, and 250 to 360 e-bikes or e-scooters (Figure 5). Electric- powered light mobility vehicles require smaller and lighter batteries thus, their battery-related resource use and pollution impacts are lower than for larger electric vehicles. and 33: Farrell Edward MFT 10315 Woodley Av.and 31: Masuda-Story Patricia PHD 225 E.and 29: Adams Sarah MFT 680 Langsdorf Drive.and 27: Medvene Jaime PHD 17337 Ventura Bou.and 25: Ybarra Joan PHD 20955 Pathfinder Ro.and 23: Bernstein Diane LCSW 5392 Janisann.and 21: Alva Alejandro MD 3151 Airway Avenu. "The production of batteries uses rare resources, requires energy and generates pollution. ![]()
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