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Greenhouse gas emission mitigation of global automotive manufacturing through clean energy supply

机译:通过清洁能源供应缓解全球汽车制造业的温室气体排放

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The automotive industry consumes a significant amount of energy in the manufacturing stage. As estimated, a typical vehicle requires approximately 120 Giga Joules of energy input to be manufactured [1]. The consumed energy, directly or indirectly, generates substantial greenhouse gas emissions and a variety of air pollutants into the atmosphere. With more than two thirds of these greenhouse gas emissions generated from grid power consumptions, an effective way to reduce the environmental footprint of automotive manufacturing is to use clean energies to partially supply the power needs of current automotive manufacturing processes [2]. This research is conducted in collaboration with General Motors (GM) Corporation, to explore the potential of using such clean energies as solar PV, wind and fuel cells to reduce the greenhouse gas emissions of its global manufacturing facilities
机译:汽车工业在制造阶段消耗大量能量。据估计,一辆典型的汽车需要大约120 Giga焦耳的能量来制造[1]。所消耗的能量直接或间接地产生大量的温室气体排放,并向大气中排放各种空气污染物。由于电网能耗中产生的温室气体排放量占三分之二以上,因此减少汽车制造的环境足迹的有效方法是使用清洁能源来部分满足当前汽车制造过程的电力需求[2]。这项研究是与通用汽车公司(General Motors(GM)Corporation)合作进行的,旨在探索使用诸如太阳能光伏,风能和燃料电池之类的清洁能源来减少其全球制造设施的温室气体排放的潜力。

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