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Transmission efficiency

机译：传输效率

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摘要

Hybridization holds the key to improvement in transmission efficiency thanks to notably finer oil pump flow control and the elimination of oil recirculation. The automotive industry is going through an era of technology transition. Over the last 10 years, electrification has drastically impacted powertrain development. The popularization of electric and hybrid vehicles has been driven by an increasing awareness of well-to-wheel efficiency. Government initiatives aim to ensure a better environment through more stringent CO_2 and pollutant emissions policies. Energy generation and distribution mechanisms are driving drivetrain development, giving space to a variety of solutions, ranging from electrified combustion engines(mild hybrid, full hybrid) to full electric propulsion (BEV, REEV, FCEV). On the fuel side, more and more renewable technologies are under development, from biofuels to synthetic fuels.
机译：杂交是改善的关键传输效率由于特别是细油泵流量控制和消除石油再循环。通过技术转变的时代。最后的10年,电气化显著动力系统发展的影响。推广电动汽车和混合动力汽车推动了越来越意识的余尔效率。通过更多的目标,以确保更好的环境政策严格的二氧化碳和污染物的排放。能源生产和分配机制驾驶动力传动系统的发展,给一个空间各种各样的解决方案,从电气化内燃机(轻度混合动力汽车,全混合动力)全电力推进(BEV REEV FCEV)。燃料方面,越来越多的可再生能源正在开发的技术,从生物燃料合成燃料。

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