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Global Climate Change: A Norwegian Perspective

机译:全球气候变化:挪威观点

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Nowhere in the world is the impact of global warming more visible than in the polar regions. It is well known that the ice in these regions is melting at an accelerated pace each year. As a result, some animals are unable to survive. There are many indicators showing that carbon dioxide (CO < sub > 2 ) emissions from the use of fossil fuels is the main culprit contributing to this global warming. With recent advances in technology and renewable sources, it has been demonstrated that power electronics can play an important role in efficiently substituting fossil-fuel-based electrical power production and electrification of transport, thereby substantially cutting CO < sub > 2 emissions. Consequently, to fully grasp the meaning of climate change, the 10th IEEE Future of Electronic Power Processing and Conversion (FEPPCON X) workshop was held in Troms empty set, Norway, close to the polar region. Here, at the Scandic Ishavshotel in Troms empty set, a group of international experts, led by the IEEE Power Electronics Society (PELS) Technical Committee (TC) chairs gathered to discuss future directions in power electronics and energy transition for reducing CO < sub > 2 emissions, thus forecasting the advances needed across different areas of electronic power processing and conversion technologies to achieve this goal.
机译:世界上无处可行的是全球变暖比在极地地区更明显的影响。众所周知,这些地区的冰每年在加速的速度下融化。结果,一些动物无法生存。有许多指标表明,来自使用化石燃料的二氧化碳(CO 2 )排放是主要罪魁祸首促成了这一全球变暖的主要罪魁祸首。随着技术和可再生能源的最新进展,已经证明了电力电子器件可以在有效地替代基于化石 - 燃料的电力生产和运输电气化的情况下起着重要作用,从而大大切割CO 2 排放。因此,为了充分掌握气候变化的意义,电子电力处理和转换(FEPPCON X)车间的第10个IEEE未来在TROMS空集中,挪威,靠近极地区域。在这里,在TROMS的Scandic Ishavshotel空集合中,一群国际专家,由IEEE电力电子社会(PELS)技术委员会(TC)椅子聚集在一起讨论电力电子和能源转型的未来方向,以减少CO 2 排放,从而预测电子电力处理和转换技术不同领域所需的进步,以实现这一目标。

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