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A 'simple' hybrid model for power derivatives
http://www.erasmusenergy.com/articles/173/1/A-039simple039-hybrid-model-for-power-derivatives/Page1.html
Matthew Lyle
 
By Matthew Lyle
Published on 08/11/2009
 

Published in: Energy Economics

Publication year: 2009
Co-Author 1: Robert J. Elliot


This paper presents a method for valuing power derivatives using a supplydemand approach. Our method extends work in the

field by incorporating randomness into the base load portion of the supply stack function and equating it with a noisy demand process. We obtain closed form solutions for European option prices written on average spot prices considering two different supply models: a mean-reverting model and a Markov chain model. The results are extensions of the classic BlackScholes equation. The model provides a relatively simple approach to describe the complicated price behaviour observed in electricity spot markets and also allows for computationally efficient derivatives pricing.


A 'simple' hybrid model for power derivatives

This paper presents a method for valuing power derivatives using a supplydemand approach. Our method extends work in the

field by incorporating randomness into the base load portion of the supply stack function and equating it with a noisy demand process. We obtain closed form solutions for European option prices written on average spot prices considering two different supply models: a mean-reverting model and a Markov chain model. The results are extensions of the classic BlackScholes equation. The model provides a relatively simple approach to describe the complicated price behaviour observed in electricity spot markets and also allows for computationally efficient derivatives pricing.