Financing the Fossil Fuel Phase-Out

Boyan Yanovski, K. Lessmann
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Abstract

This paper models how key technological and financial aspects of a potential fossil fuel phase-out interact in a stylized setting. In the energy generation part of the model, the substitutability between green and dirty energy is endogenized such that firms can invest into substitutability enhancing infrastructure that allows for a fossil fuel phase-out to take place for reasonable carbon tax schedules. We find that, if substitutability improvements in the final energy generation process, involving green and dirty energy, are physically and economically feasible, there will be a technological tipping point that is triggered at some level of climate policy (carbon price or green energy subsidies) after which a rapid decarbonization of the energy sector becomes possible. Equipped with this mechanism for phasing out the fossil fuel sector, we consider the financial implications of key stylized facts, like the high capital intensity of renewables, and find that, in the presence of performance-based lending, the need for a fast accumulation of green capital during the transition can slow down the phase-out and can potentially lead to financial instability. To ensure a swift and robust transition, direct supportive policy measures for renewables can be used, which, depending on technological developments, might need to be permanent.
为逐步淘汰化石燃料提供资金
本文模拟了潜在的化石燃料逐步淘汰的关键技术和财务方面如何在程式化设置中相互作用。在该模型的能源生产部分,绿色能源和肮脏能源之间的可替代性是内生的,因此企业可以投资于可替代性增强的基础设施,从而允许化石燃料逐步淘汰,以实现合理的碳税时间表。我们发现,如果最终能源生产过程(包括绿色能源和脏能源)的可替代性改进在物理上和经济上都是可行的,那么在某种程度上的气候政策(碳价格或绿色能源补贴)将触发一个技术临界点,在此之后,能源部门的快速脱碳成为可能。有了这一逐步淘汰化石燃料部门的机制,我们考虑了可再生能源的高资本密集度等关键风定化事实的金融影响,并发现,在基于绩效的贷款存在的情况下,转型期间对绿色资本快速积累的需求可能会减缓逐步淘汰的速度,并可能导致金融不稳定。为了确保快速而有力的转型,可再生能源可以采用直接的支持性政策措施,根据技术发展,这些措施可能需要是永久性的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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