Climate Change Valuation Adjustment (CCVA) Using Parameterized Climate Change Impacts

Chris M. Kenyon, Mourad Berrahoui
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Abstract

We introduce Climate Change Valuation Adjustment (CCVA) to capture climate change impacts on XVA that are currently invisible assuming typical market practice. To discuss such impacts on XVA from changes to instantaneous hazard rates we introduce a flexible and expressive parameterization to capture the path of this impact to climate change endpoints, and transition effects. Finally we provide quantification of examples of typical interest where there is risk of economic stress from sea level change up to 2101, and from transformations of business models. We find that even with the slowest possible uniform approach to a climate change impact in 2101 there can still be significant XVA impacts on interest rate swaps of 20 years or more maturity. Transformation effects on XVA are strongly dependent on timing and duration of business model transformation. Using a parameterized approach enables discussion with stakeholders of economic impacts on XVA, whatever the details behind the climate impact.
基于气候变化影响参数化的气候变化价值调整
我们引入气候变化估值调整(CCVA)来捕捉气候变化对XVA的影响,这些影响在典型的市场实践中是不可见的。为了讨论从变化到瞬时危险率对XVA的影响,我们引入了一个灵活的、表达性的参数化方法,以捕捉这种影响到气候变化端点的路径和过渡效应。最后,我们提供了典型利益的量化例子,其中海平面变化到2101年的经济压力风险,以及商业模式的转变。我们发现,即使使用可能最慢的统一方法来评估2011年的气候变化影响,对20年或更长期限的利率掉期仍可能产生显著的XVA影响。对XVA的转换效果强烈地依赖于业务模型转换的时间和持续时间。无论气候影响背后的细节如何,使用参数化方法可以与利益相关者讨论XVA的经济影响。
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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