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来源类型Working Paper
规范类型报告
DOI10.3386/w22536
来源IDWorking Paper 22536
Estimating Path Dependence in Energy Transitions
Kyle C. Meng
发表日期2016-08-22
出版年2016
语种英语
摘要What induces energy transitions away from dirty fuels? When transitional dynamics exhibit strong path dependence, a temporary shock to fuel composition can trigger a permanent transition from dirty to clean fuels. I empirically examine whether such dynamics characterize the U.S. electricity sector’s use of coal - the most climate-damaging fuel -across the 20th century. Exploiting local coal supply shocks driven by changing regional accessibility of subsurface coal, I find that a negative shock triggers a declining trajectory in the relative use of coal for electricity lasting for up to ten decades. Interpreted through a structural change model, reduced-form estimates imply a long-run elasticity of substitution between coal and other fuels of 3.5, a pivotal but largely unknown parameter found across recent models of optimal climate policy. Calibrated model simulations further characterize how climate policies of varying magnitudes and durations could trigger a permanent future energy transition away from coal.
主题History ; Other History ; Development and Growth ; Growth and Productivity ; Environmental and Resource Economics ; Energy ; Environment
URLhttps://www.nber.org/papers/w22536
来源智库National Bureau of Economic Research (United States)
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条目标识符http://119.78.100.153/handle/2XGU8XDN/580210
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Kyle C. Meng. Estimating Path Dependence in Energy Transitions. 2016.
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