The Power of Real Options - Evaluating nuclear energy investments in Ontario
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Abstract
The Ontario electricity sector is at a critical junction in its history. With decreasing generation
capacity and escalating demand, a province-wide shortfall is projected to emerge before the end
of the decade. The situation has predetermined that capital investments in new installed
generation capacity will have to be made in order to ensure a stable and reliable supply. The
objective of this thesis is to evaluate capital investment decisions that will be made in the near
future. We place particular emphasis on nuclear generation, which will continue to play a major
role in meeting base load needs. More specifically, we consider decisions to invest in new
nuclear generation and refurbishment of existing plants. In order to evaluate these investment
decisions in a flexible manner, we will employ the real options methodology. The real options
approach is relevant in the context of strategic energy investment planning due to its superior
ability in dealing with uncertainties and incorporating management’s flexibilities into the
valuation process. Our findings confirm that the real options approach uncovers hidden
strategic value and provides critical insights to the investment decision making process.
Description
Industrial and Financial Economics
Keywords
electricity, investment, real options, flexibility, uncertainty, net present value, Ontario, nuclear power plant, nuclear refurbishment