We consider energy investment, when a choice has to be made between fossil fuel and biomass fired production technologies. A dynamic model is presented to illustrate the effect of the different degrees of input price uncertainty on the choice of technology and the timing of the investment. It is shown that when the choice of technology is irreversible, it may be optimal to postpone the investment even if it would otherwise be optimal to invest in one or both of the plant types. We provide a numerical example based on cost estimates of two different power plant types
In a stochastic dynamic frame, we study the technology choice problem of a continuous co-digestion b...
The paper investigates the impact of volatility on irreversible bioenergy investments in the absence...
In a stochastic dynamic frame, we study the technology choice problem of a continuous co-digestion b...
We consider energy investment, when a choice has to be made between fossil fuel and biomass fired pr...
We consider energy investment, when a choice has to be made between fossil fuel and biomass fired pr...
This paper studies optimal investment in different types of electric plants. Neither future fuel pri...
The purpose of this paper has been to analyse how increased market uncertainties affects the timing ...
The purpose of this paper has been to analyse how increased market uncertainties affects the timing ...
The purpose of this paper has been to analyse how increased market uncertainties affects the timing ...
The purpose of this paper has been to analyse how increased market uncertainties affects the timing ...
In a stochastic dynamic frame, we study the technology choice problem of a continuous co-digestion b...
In a stochastic dynamic frame, we study the technology choice problem of a continuous co-digestion b...
In a stochastic dynamic frame, we study the technology choice problem of a continuous co-digestion b...
41 p.This paper deals with the optimal time to invest in an energy efficiency improvement. There is ...
In a stochastic dynamic frame, we study the technology choice problem of a continuous co-digestion b...
In a stochastic dynamic frame, we study the technology choice problem of a continuous co-digestion b...
The paper investigates the impact of volatility on irreversible bioenergy investments in the absence...
In a stochastic dynamic frame, we study the technology choice problem of a continuous co-digestion b...
We consider energy investment, when a choice has to be made between fossil fuel and biomass fired pr...
We consider energy investment, when a choice has to be made between fossil fuel and biomass fired pr...
This paper studies optimal investment in different types of electric plants. Neither future fuel pri...
The purpose of this paper has been to analyse how increased market uncertainties affects the timing ...
The purpose of this paper has been to analyse how increased market uncertainties affects the timing ...
The purpose of this paper has been to analyse how increased market uncertainties affects the timing ...
The purpose of this paper has been to analyse how increased market uncertainties affects the timing ...
In a stochastic dynamic frame, we study the technology choice problem of a continuous co-digestion b...
In a stochastic dynamic frame, we study the technology choice problem of a continuous co-digestion b...
In a stochastic dynamic frame, we study the technology choice problem of a continuous co-digestion b...
41 p.This paper deals with the optimal time to invest in an energy efficiency improvement. There is ...
In a stochastic dynamic frame, we study the technology choice problem of a continuous co-digestion b...
In a stochastic dynamic frame, we study the technology choice problem of a continuous co-digestion b...
The paper investigates the impact of volatility on irreversible bioenergy investments in the absence...
In a stochastic dynamic frame, we study the technology choice problem of a continuous co-digestion b...