The impact of steel on the environmental protection of electric vehicles
The past decade has been a decade of good news for clean energy. From 2010 to 2020, the cost of photovoltaic power generation has dropped by 85 percent , wind power has dropped by 50 percent , and the price of lithium batteries has dropped by 88 percent . The combination of these three technologies has clarified the prospects for decarbonization in the power and transportation industries, and the emissions of these two industries currently account for 40 percent of global carbon emissions. Lower-priced solar and wind energy lead to higher penetration rates of renewable energy. On the one hand, lower-priced lithium batteries reduce the price of electric vehicles, but also help to integrate more solar and wind energy into the grid. A cleaner power grid means cleaner electric vehicles. Ultimately, when the grid is 100 percent clean, electric vehicles will be 100 percent green and environmentally friendly.
actually not. When considering the carbon emissions of the entire life cycle of a vehicle, even if the grid is 100 percent zero carbon emissions, electric vehicles still have carbon emissions. This is because life cycle carbon emissions include not only the carbon emissions generated by the vehicle during the use phase, but also the carbon emissions during the manufacturing process of the vehicle, the carbon emissions during the manufacturing process of the materials used, and the carbon emissions during the mining of the raw materials used for the materials.
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