Bannör, K. F.; Kiesel, R.; Nazarova, A.; Scherer, M.
Non-TUM Co-author(s):
ja
Cooperation:
international
Abstract:
We consider the model risk inherent in the valuation procedure of fossil power plants. To capture model risk we use a methodology recently established in a series of papers, see Cont (2006); Bannör and Scherer (2013). As gas-fired power plants are seen as flexible and low-carbon sources of electricity which are important building blocks in terms of the switch to a low-carbon energy generation, we consider the model risk in this asset class in detail. Our findings reveal that spike risk is by far the most important source of model risk.
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We consider the model risk inherent in the valuation procedure of fossil power plants. To capture model risk we use a methodology recently established in a series of papers, see Cont (2006); Bannör and Scherer (2013). As gas-fired power plants are seen as flexible and low-carbon sources of electricity which are important building blocks in terms of the switch to a low-carbon energy generation, we consider the model risk in this asset class in detail. Our findings reveal that spike risk is by fa...
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Keywords:
Power Plant valuation, model risk, energy markets, spark spread option