In this paper we implement a real options model for the unit commitment problem of an electricity producing turbine in a liberalized market. The model accounts for various operating constraints of the turbine. Price uncertainty is captured by a mean reverting process with jumps and time-varying means to account for seasonality. We demonstrate how the model can be used to value an electricity producing turbine, make profit-maximizing commitment decisions and compute risk profiles of generating assets for risk management purposes
Promoting renewable energy has been a key ingredient in energy policy seeking to de-carbonize the en...
This paper introduces the combination of an equilibrium model for electricity- and certificate suppl...
As the transition to renewable energy sources progresses, their integration makes electricity produc...
In this paper we implement a real options model for the unit commitment problem of an electricity pr...
This paper discusses using real options to value power plants with unit commitment constraints over ...
Electricity prices are notoriously hard to model due to their exotic behaviors. The extraordinarily ...
This paper proposes a real options approach to generation capacity expansion in imperfectly competit...
This thesis explores generation capacity expansions in power markets using a real options approach. ...
Using a real options model, this paper quantifies a gas-fired power plant’s operating value and the ...
After the deregulation of electricity industries on the premise of increasing economic efficiency, m...
Valuation of electricity generating assets is of central importance as utilities are forced to spin-...
This paper proposes an improved model for real option evaluation of generation asset and risk assess...
Uncertain electricity load variation could incur additional costs associated with some specific deci...
This paper presents a method for assessing small hydropower projects that are subject to uncertain e...
As the transition to wind and solar progresses, the integration of renewable energy sources makes el...
Promoting renewable energy has been a key ingredient in energy policy seeking to de-carbonize the en...
This paper introduces the combination of an equilibrium model for electricity- and certificate suppl...
As the transition to renewable energy sources progresses, their integration makes electricity produc...
In this paper we implement a real options model for the unit commitment problem of an electricity pr...
This paper discusses using real options to value power plants with unit commitment constraints over ...
Electricity prices are notoriously hard to model due to their exotic behaviors. The extraordinarily ...
This paper proposes a real options approach to generation capacity expansion in imperfectly competit...
This thesis explores generation capacity expansions in power markets using a real options approach. ...
Using a real options model, this paper quantifies a gas-fired power plant’s operating value and the ...
After the deregulation of electricity industries on the premise of increasing economic efficiency, m...
Valuation of electricity generating assets is of central importance as utilities are forced to spin-...
This paper proposes an improved model for real option evaluation of generation asset and risk assess...
Uncertain electricity load variation could incur additional costs associated with some specific deci...
This paper presents a method for assessing small hydropower projects that are subject to uncertain e...
As the transition to wind and solar progresses, the integration of renewable energy sources makes el...
Promoting renewable energy has been a key ingredient in energy policy seeking to de-carbonize the en...
This paper introduces the combination of an equilibrium model for electricity- and certificate suppl...
As the transition to renewable energy sources progresses, their integration makes electricity produc...