The valuation of optional financial contract in electricity market

Sustainable Power Generation and Supply(2012)

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Abstract
In the power and energy market, financial contracts with optionality are often used to accommodate the natural variations in energy consumption or production, and provide cost-free solutions to energy storage. This paper presents a study exploring the valuation of swing option, a typical optional financial contract, which has multiple exercise rights and gives the option holder much flexibility in execution. We analyze the stochastic properties of the underlying price process - electricity price forecast error, then construct a binomial tree based framework to estimate the maximized swing option expected payoff and find the optimal exercise decisions.
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Key words
contracts,energy market,valuation,stochastic properties,tree based framework,trees (mathematics),electricity market,energy production,natural variations,swing option,optional financial contract,energy consumption,option holder,mean-reverting process,electricity price forecast error,energy storage,power market,power markets,binomial tree,multiple exercise rights
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