| Article ID | Journal | Published Year | Pages | File Type |
|---|---|---|---|---|
| 243489 | Applied Energy | 2012 | 11 Pages |
In this paper we study the economic feasibility of constructing a 560 MW coal-fired power plant in Turkey, using real options theory [1]. We start from a short review of the Turkish electricity market as well as the literature on real options theory and power plant investment. We then investigate the peculiarities and uncertainties related to large-scale power generation. Our special research focus is on the determination of the real options value of the sequential nature of the power plant project considered. To this end, we develop a sequential investment model based on the binomial tree model of Cox et al. [2]. The four stages considered are (1) initial project development; (2) detailed planning and permitting; (3) first major project payments; and (4) release of final order. We find that especially for the strategic planning of projects the application of the real options analysis (ROA) can be very useful. The relatively high option value compared to the net present value (NPV) of the project makes clear that the flexibilities of reacting during project realization, depending on the market developments, can be assigned a substantial value. A further advantage of the ROA for a staged or sequential investment lies in the fact that it also delivers, besides the option value of the investment, the optimal strategy for exercising the option (i.e. if and when to invest). The revelation of action possibilities and their examination sheds new light on the conventional calculation of the NPV of such projects.
► Sequential investment in coal-fired power plant in Turkey. ► Real options analysis based on binomial tree modeling. ► Scenario analysis using different assumptions for the probability distributions. ► The option value is substantial and fairly robust concerning the scenarios studied.
