Citas bibligráficas
Chincha, N., (2018). Análisis de riesgo cuantitativo en la proyección de los ingresos para la determinación de un portafolio óptimo de comercialización de energía y potencia del proyecto hidroeléctrico Curibamba de 191 MW [Tesis, Universidad Nacional de Ingeniería]. http://hdl.handle.net/20.500.14076/13840
Chincha, N., Análisis de riesgo cuantitativo en la proyección de los ingresos para la determinación de un portafolio óptimo de comercialización de energía y potencia del proyecto hidroeléctrico Curibamba de 191 MW [Tesis]. : Universidad Nacional de Ingeniería; 2018. http://hdl.handle.net/20.500.14076/13840
@misc{renati/709244,
title = "Análisis de riesgo cuantitativo en la proyección de los ingresos para la determinación de un portafolio óptimo de comercialización de energía y potencia del proyecto hidroeléctrico Curibamba de 191 MW",
author = "Chincha Alva, Nilton Roosevelt",
publisher = "Universidad Nacional de Ingeniería",
year = "2018"
}
In recent years, the decision-making of investment and financing in the development of hydroelectric projects has required a quantitative analysis of risk on the projection of revenues, due to the high volatility in the marginal costs arising from the operation of the market spot In view of this, investors seek to minimize such risk that directly affects the parameters of profitability of the project (IRR, VAN) through the commercialization of firm power and firm energy of the project through the well-known long-term electricity purchase contracts, called Power Purchase Agreements (PPAs), which can be given within the current regulatory framework of the Peruvian electricity market. The objective of this thesis is to determine an optimal portfolio of energy and power commercialization for the 191 MW Curibamba hydroelectric project, which minimizes the quantification of the risk of the current Net Values (hereinafter, VAN) of the total revenues coming from the spot market. and the contract market, while complying with the following conditions: • That the total of the contracted capacity optimum, in the market of contracts, is equivalent to 100% of its firm energy without it exceeding 100% of its firm power; • That 100% of the optimal contracted capacity is that which has the values of the minimum dispersion coefficient (CV) and the minimum maximum loss in the risk assessment for a confidence level of 95% (VaR), in the analysis of risk on the NPV of the total income of the project and the economic-financial cash flow. • Maximize the profitability of the project based on the average internal rate of return (IRR) of the evaluation of the financial cash flow. The process for determining the optimal portfolio was based on the following: • A quantitative risk analysis methodology, which covers a series of possible equiprobable scenarios that determine the optimal contracting capacity for the commercialization of energy and power for the different types of contracting that the project can access (Proinversión PPA, Regulated PPA, No Regulated PPA, Optimal Hiring Portfolio); Y • A quantitative risk analysis in the economic-financial evaluation, represented through a financial cash flow (FCF), to estimate, the profitability (IRR) and the net present value (NPV) of the equiprobable scenarios and then, measure and compare, the risk profile of each hiring scenario that the project can access. Finally, the results show how the optimal contracting portfolio reduces the quantification parameters to the risk (Dispersion Coefficient and Value at Risk) in the NPV of the total revenues and presents the lowest variability in the NPV of the financial cash flow (FCF) compared to the other three contracting options (ProInversión PPA, Regulated PPA, No Regulated PPA).
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