By Patricia Egede
This monograph adresses the problem of the environmental evaluate of leightweight electrical cars. It poses the query even if using light-weight fabrics in electrical automobiles can lessen the autos’ environmental effect and compares the environmental functionality of a light-weight electrical car (LEV) to different different types of automobiles. The topical strategy makes a speciality of tools from existence cycle overview (LCA), and the ebook concludes with a finished thought at the environmental evaluate of LEVs. the objective viewers basically includes LCA practitioners from study institutes and undefined, however it can also be precious for graduate scholars focusing on the sector of environmental evaluate.
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Additional resources for Environmental Assessment of Lightweight Electric Vehicles
2006). A variety of different driving cycles exist like the 16 2 Electric Vehicles, Lightweight Design and Environmental Impacts Urban cycle (4 times) Extra-urban cycle Speed [km/h] 120 100 80 60 40 20 0 0 100 200 300 400 500 600 700 800 900 1000 1100 1200 Time [s] Fig. 5 New European driving cycle, own illustration with data from United Nations (2005) EU legislative, the US and the Japanese testing cycles or the Worldwide Harmonized Light Vehicles Test Procedure (WLTP) (Woll 2013). 5 shows the example of the New European Driving Cycle (NEDC).
As the complexity of the product increased, the amount of generated data becomes more extensive as well. Even though tables contain all Environmental impact Fig. 14 Simple break-even analysis of an electric and a conventional vehicle Break-even Electric vehicle Conventional vehicle Distance travelled 30 2 Electric Vehicles, Lightweight Design and Environmental Impacts required information, graphs are much easier to understand than the presentation of mere numbers. The use of different colours, shapes and textures simpliﬁes the processing of data (Otto et al.
Therefore, EVs emit no emissions at their place of use. This makes them attractive for large cities which suffer from severe air pollution. • EVs can use electricity generated from renewable sources. This leads to a low environmental impact of the use phase and relieves the pressure on fossil resources. However, the use of EVs is not only connected to environmental advantages. At the same time EVs have environmental disadvantages. • The production of the vehicle components usually has higher environmental impacts than of conventional vehicles.
Environmental Assessment of Lightweight Electric Vehicles by Patricia Egede