This chapter considers the modeling of electricity forward curve dynamics with parameterized volatility and correlation structures. We estimate the model parameters by using the Nordic market’s price data and show how the model can be implemented into everyday industry practice. Electricity markets are different from the usual financial markets and many other commodity markets due to the non-storability of electricity. The spot price of electricity is set by the short-term supply–demand equilibrium, and supply and demand must be in balance at each instance. Because the demand (supply) today does not necessarily have anything to do with the deman
This paper concerns the modelling of electricity spot prices in the Nordic-Baltic market. The paper ...
This paper analyzes the distributions of daily logreturns of \u85nancial contracts traded at the Nor...
This paper proposes a new modelling framework for electricity forward markets, which is based on amb...
The purpose of this paper is to investigate the forward curve dynamics in an electricity market. Six...
How can we model the dynamics of the electricity forward curve? DSFM: Modeling and forecasting elect...
In this paper we introduce the dynamic semiparametric factor model (DSFM) for electricity forward cu...
This paper examines the importance of the regular patterns in the behavior of electricity prices, an...
We propose in this paper a model for the description of electricity spot prices, which we use to des...
We propose in this paper a model for the description of electricity spot prices, which we use to des...
In this thesis I have investigated a small part of the extensive Nordic electricity market. My inten...
The Nordic power system and electricity market consists of Finland, Sweden, Norway and Denmark, whic...
Finding a model for electricity spot prices Linear time series analysis The market data CARMA Lévy ...
In this paper we address the issue of modeling spot electricity prices. After analyzing factors lead...
This paper revisits the conditional mean and volatility density characteristics of the System Price ...
Electricity differs from other commodities in that it cannot be stored. This non-storability charact...
This paper concerns the modelling of electricity spot prices in the Nordic-Baltic market. The paper ...
This paper analyzes the distributions of daily logreturns of \u85nancial contracts traded at the Nor...
This paper proposes a new modelling framework for electricity forward markets, which is based on amb...
The purpose of this paper is to investigate the forward curve dynamics in an electricity market. Six...
How can we model the dynamics of the electricity forward curve? DSFM: Modeling and forecasting elect...
In this paper we introduce the dynamic semiparametric factor model (DSFM) for electricity forward cu...
This paper examines the importance of the regular patterns in the behavior of electricity prices, an...
We propose in this paper a model for the description of electricity spot prices, which we use to des...
We propose in this paper a model for the description of electricity spot prices, which we use to des...
In this thesis I have investigated a small part of the extensive Nordic electricity market. My inten...
The Nordic power system and electricity market consists of Finland, Sweden, Norway and Denmark, whic...
Finding a model for electricity spot prices Linear time series analysis The market data CARMA Lévy ...
In this paper we address the issue of modeling spot electricity prices. After analyzing factors lead...
This paper revisits the conditional mean and volatility density characteristics of the System Price ...
Electricity differs from other commodities in that it cannot be stored. This non-storability charact...
This paper concerns the modelling of electricity spot prices in the Nordic-Baltic market. The paper ...
This paper analyzes the distributions of daily logreturns of \u85nancial contracts traded at the Nor...
This paper proposes a new modelling framework for electricity forward markets, which is based on amb...