Energy markets are one of the fastest growing and most complex sectors. From the basic role that oil has in the global economy, to the essential services that gas and electricity provide, energy is an area of geopolitical concern as well as financial activities. The Journal of Energy Markets serves as a major research outlet for new empirical and model-based work in this sector, and publishes original papers on the evolution and behaviour of electricity, gas, oil, carbon and other energy markets, both wholesale and retail.
The Journal of Energy Markets considers submissions in the form of research papers on the following, but not limited to, topics:
- Econometric analyses of prices, volatilities and across particular energy markets
- Model-based simulation of price and investment behaviour
- Theoretical and applied analyses of energy derivatives
- High frequency nonlinear models of price formation
- Longer-term geo-political analyses of energy market globalization
- Forward curve and risk premia
- Strategic behaviour by companies
- Financial aspects of new investment
- Relationship of energy and carbon markets to climate change policies
- Renewable energy financing and policy analysis
Abstracting and Indexing: Scopus; EconLit; EconBiz; and Cabell’s Directory
This paper analyzes the relationship between debt and the production decisions of companies active in the exploration and production of oil and gas in the United States.
This paper presents an empirical analysis of how power shocks resulting from intermittent renewables affect the forecast error of the forward premium in German electricity markets.
A new approach to evaluating the cost-efficiency of complex hedging strategies: an application to electricity price–volume quanto contracts
In this paper, the authors propose a new hedging assessment model, the economic value of the incremental expected shortfall (EVIES), from a cost-efficiency perspective.
Managing supply chain risk through take-or-pay gas contracts in the presence of buyers’ storage facilities
In this paper, the authors study the enhanced value of a take-or-pay gas contract from a buyer’s perspective in the presence of spot market trading and local storage capability.
This paper is the prologue for our special issue on Blockchain-enabled Energy Markets.
In this paper, the simulated environment of a hierarchical energy trading market using Ethereum’s smartcontract technology is created as a proof-of-concept of using blockchain technology in energy trading.
Community energy retail tariffs in Singapore: opportunities for peer-to-peer and time-of-use versus vertically integrated tariffs
In this paper, an electricity market is simulated using an iterative double-auction algorithm that resolves a social welfare optimization problem based on the Kelly auction mechanism. It is adapted to the case of Singapore.
The latest online early paper in our special issue on blockchain enabled energy markets
This paper interprets the principles of good governance and corporate governance in the context of distributed ledger technologies, namely blockchain, analyzing specif- ically how these principles apply to a blockchain-enabled energy market.
This paper explores determinants of day-ahead market prices for ancillary services and energy in the Electric Reliability Council of Texas (ERCOT).
This paper models natural gas returns explicitly, allowing for market participants to learn over time and to react differently to present changes in economic variables. This learning and adaptation, and the attendant parameter uncertainty, constitutes…
Pricing fast-responding electric storage assets in the presence of negative prices and price spikes: a simulation-and-regression approach
This study focuses on the use of batteries for real-time power trading and proposes a simulation-and-regression-based valuation model.
This paper introduces a new approach for incorporating uncertainty in the decision to invest in a commodity reserve.
This paper examines how electricity options traded in the Nasdaq OMX Commodities Europe financial market are priced compared with their corresponding futures contracts.
This paper offers a new way to price and hedge energy swing contacts, decomposing swing contracts into tradeable products, adding time-spread optionality to Keppo’s approach.
This paper looks at the conditions under which a reasonable green policy by a US state encourages the early replacement of existing coal plants with new natural gas plants.
This paper presents a new model for characterizing temporal dependence in exceedances above a given threshold.
This paper proposes temperature-based risk management using hybrid financial instruments built on weather derivatives.
In this paper, the authors consider wind power utilization in thirty-one different locations in Germany.
The author presents a comparison between maximal and daily average production of photovoltaic and wind energy based on a transmission system operator in Germany using statistical analysis with different seasonality functions.