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Can renewable and unconventional energy sources bridge the global energy gap in the 21st century?

机译:可再生能源和非常规能源能否弥合21世纪的全球能源差距?

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摘要

Energy experts project that global oil supplies will only meet demand until global oil production has peaked sometime between 2013 and 2020. Declining oil production after peak production will cause a global energy gap to develop, which will have to be bridged by unconventional and renewable energy sources. Nuclear, solar and hydrogen are destined to become major energy sources during the 21st century, but only if their enabling technologies improve significantly to ensure affordability and convenience of use. This paper will argue that global oil production will probably peak between 2004 and 2005, causing a serious energy gap to develop sometime between 2008 and 2010 rather than 2013-2020 as the energy experts projected. It will also argue that a transition from fossil fuels to renewable energy sources is inevitable. The paper will conclude, however, that fossil fuels with a growing contribution from nuclear energy, will still be supplying the major part of the global energy needs for most, perhaps all, of the 21st century.
机译:能源专家预测,全球石油供应只能满足需求,直到全球石油产量在2013年至2020年之间达到峰值为止。峰值生产后石油产量下降将导致全球能源缺口的扩大,这必须由非常规和可再生能源来弥补。核能,太阳能和氢能注定会在21世纪成为主要能源,但前提是它们的使能技术得到显着改善以确保可负担性和使用便利性。本文将论证说,全球石油产量可能会在2004年至2005年间达到峰值,导致严重的能源缺口在2008年至2010年之间的某个时候发展,而不是像能源专家所预测的2013-2020年之间。它还将争论从化石燃料向可再生能源的过渡是不可避免的。然而,本文将得出结论,在21世纪的大部分(甚至全部)时间里,核能对化石燃料的贡献将不断增长,这仍将满足全球能源需求的主要部分。

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