Titlebook: Alternative Propulsion for Automobiles; Cornel Stan Book 2017 Springer International Publishing Switzerland 2017 electric car.fuel cell.hy

甜得發(fā)膩

https://doi.org/10.1007/978-3-319-31930-8electric car; fuel cell; hybrid propulsion; plug in; alternative propulsion

隱士

傻瓜

Interregnum

Schlankbleiben und Schlankwerden,ve for transport in urban areas. Nevertheless, as shown in Chap. 1, these unique characteristics are prejudiced by severe disadvantages regarding the sources of electric energy (Fig. 1.4) and its storage on board vehicles (Fig. 1.17).

critique

Praktische Grundlagen der Ern?hrung economic criteria, leads to the awareness that a universal configuration is not realistic. The specific benefits of different functional modules are arguments for their effective combination. Development trends are mainly determined by the following aspects:

habitat

參考書目

Thermal Engines,nt scenarios for propulsion systems. As described in Sect. ., these scenarios include thermal machines as direct propulsion systems, propulsion modules in hybrids, and on-board generators for electric energy. Thus, the efficiency of a thermal engine is considered in reference to its function as a pr

Inexorable

Electric Propulsion Systems,ve for transport in urban areas. Nevertheless, as shown in Chap. 1, these unique characteristics are prejudiced by severe disadvantages regarding the sources of electric energy (Fig. 1.4) and its storage on board vehicles (Fig. 1.17).

gastritis

conceal

Energy Management in the Automobile as a Complex System,n potential directed by requirements, limitations, and acceptance criteria. The true highlight of future automobiles is the management of energy during propulsion and of the energy supply on board. Propulsion forms, energy sources, and modules for energy conversion and storage are combined in differ