Risk Premium in Electricity Prices: Evidence from the PJM Market

Author:

Xiao Yuewen1,Colwell David B.2,Bhar Ramaprasad3

Affiliation:

1. Yuewen Xiao is an assistant professor at the School of Management Fudan University Shanghai P.R. China

2. David B. Colwell is a senior lecturer at the School of Banking & Finance, Australian School of Business University of New South Wales Sydney, NSW Australia

3. Ramaprasad Bhar is an associate professor at the School of Risk & Actuarial Studies University of New South Wales Sydney, NSW Australia

Abstract

In this article, we construct a stochastic model for electricity spot prices, derive a pricing formula for electricity forward contracts, and specify risk premia inherent in such contracts. Our spot price model accounts for seasonality, mean‐reversion, and time‐varying jump intensity. Empirically, the model with a sinusoidal seasonal function, different mean‐reversion rates for the diffusion and jumps, and constant volatility is most appropriate among six different models for the United States market. The modeling approach leads us to investigate the stochastic risk premium due to both the diffusion and the jump components explicitly. The empirical results reveal that both risk premia are time‐varying and state‐dependent. The diffusion risk premium is negatively correlated with the diffusion level and fluctuates about zero, and the jump risk premium is negatively correlated with the jump level and always negative. In magnitude, the jump risk premium is much larger than the diffusion risk premium. © 2014 Wiley Periodicals, Inc. Jrl Fut Mark 35:776–793, 2015

Publisher

Wiley

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