Abstract
This chapter firstly provides an overview of the day-ahead and futures electricity markets of APX-ENDEX that is one of Europe’s most experienced energy exchanges, operating spot and futures markets for electricity and natural gas in the Netherlands, the United Kingdom and Belgium. An empirical analysis on the relationship between spot and futures electricity market of APX-ENDEX is then covered. We handle the most liquid year, which is 2008, of traded electricity futures contracts and we find that the market is in normal backwardation. Our regression analysis extents the Fama (J Monet Econ 1984;14:319–338) regressions and rejects the efficiency hypothesis. Our results indicate that the futures prices are not unbiased predictors of the future spot prices. Remarkably, the difference between the spot and futures prices is associated with the risk premium and the change in spot prices, supports the arbitrage and speculation opportunities in the market.
The authors are grateful to Mr. M. Rijke, director of Energy Data Company, Mr. D. Jong, Belgian Power Exchange (BELPEX), and Mrs. E. Sarr, European Power Exchange, EPEXspot for their advice and support for the data. We are also thankful for the detailed comments of Mr. M. Nijpels, Product Manager of APX BV, Amsterdam and Mr. P. Pottuijt, Senior Energy Consultant in the Dutch and Central Western European (CWE) energy market.
APX-ENDEX refers Amsterdam Power Exchange – European Energy Derivatives Exchange.
APX-ENDEX refers Amsterdam Power Exchange – European Energy Derivatives Exchange.
In September 2010, NYSE Euronext, the biggest operator of U.S. stock exchanges, formed a joint venture with APX Inc. to expand its trading volume in electricity, renewable energy and carbon dioxide allowances. The name of the new company is NYSE Blue.
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Notes
- 1.
The concept is now planned to include Germany, Luxembourg and Norway. In addition, APX-ENDEX is also developing on the BritNed electricity cable, linking the Netherlands and the United Kingdom and will start to operate in 2011. This linkage proven to be successful will bring new liquidity to the UK electricity market.
- 2.
The detailed discussion about the risk premium models is presented in Sect. 7.3.
- 3.
- 4.
The information and tables in Sect. 2.2.1 are obtained from the following website of APX-ENDEX: http://www.apxendex.com/
- 5.
In lots of 0.1 MW means, in pieces of 0.1 MW. In this vein: 0.1, 02 MW, etc.
- 6.
The Electricity Act stipulates that all connected parties must arrange their own programme responsibility (PV). The System Code states that they can assign this responsibility to any legal entity recognized by TenneT and for so far they are recognized as program responsible party.
- 7.
- 8.
Crowder and Hamed (1993) tests the arbitrage equilibruim in the crude oil market with cointegration analysis because of the nonstationary data. According to their analyses, spot rates, futures rates and risk free market rate should cointegrate if the riskless arbitrage opportunities are not possible. The expected return could only equal to the risk free rate if there is no arbitrage. But they did not support the arbitrage efficiency hypothesis.
Abbreviations
- APX:
-
ENDEX Amsterdam Power Exchange – European Energy Derivatives Exchange
- BE:
-
Belgium
- CFD:
-
Contracts for difference
- EEX:
-
European Energy Exchange
- EU:
-
European Union
- GMT:
-
Greenwich mean time
- KW:
-
Kilowatt
- MW:
-
Megawatt
- MWh:
-
Megawatt hour
- NL:
-
Netherlands
- NYMEX:
-
New York Mercantile Exchange
- OTC:
-
Over the counter
- PV Program:
-
Responsibility (Dutch: Programma verantwoordelijkheid)
- TenneT:
-
The Dutch transmission system operator
- TSO:
-
Transmission system operator
- UK:
-
United Kingdom
References
Arciniegas I, Barrett C, Marathe A (2003) Assessing the efficiency of US electricity markets. Utilities Policy 11:75–86
Bessembinder H, Lemmon M (2002) Equilibrium pricing and optimal hedging in electricity forward markets. J Finance 57:1347–1382
Benth FE, Koekebakker S, Ollmar F (2007) Extracting and applying smooth forward curves from average-based commodity contracts with seasonal variation. J Derivatives 15(1):52–66
Bierbrauer M, Menn C, Rachev S, Trück S (2007) Spot and derivative pricing in the EEX power market. J Bank Finance 31:3462–3485
Black F (1976) The pricing of commodity contracts. J Financ Econ 3:167–179
Borenstein S, Bushnel J, Knittel CR, Wolfram C (2001) Trading inefficiencies in California’s electricity markets. NBER Working Papers 8620, National Bureau of Economic Research, New York
Borovkova S, Geman H (2008) Forward curve modeling in commodity markets. In: Geman H (ed) Risk, management in commodity markets. Wiley Finance, Chichester, pp 9–31
Botterud A, Bhattacharyya B, Ilic M (2002). Futures and spot prices, an analysis of the Scandinavian electricity market. Working Paper, MIT, Cambridge
Botterud A, Kristiansen T, Ilic M (2010) The relationship between spot and futures prices in the Nord Pool electricity market. Energy Econ 32(5):967–978
Brand H, Thorin E, Weber C, Madlener R, Kaufmann M, Kossmeier S (2002) Market analysis and tool for electricity trading. OSCOGEN Project Deliverable D5.1a, March
Considine TJ, Larson DF (2001) Risk premiums on inventory assets: the case of crude oil and natural gas. J Futures Market 21(2):109–126
Crowder WJ, Hamed A (1993) A cointegration test for oil futures market efficiency. J Futures Market 13(8):933–941
Deng SJ, Oren SS (2006) Electricity derivatives and risk management. Energy 31(6–7):940–953
Dorsman AB, Karan MB, Telatar E, Umutlu G (2010) Market coupling of electricity markets. Seventeenth Annual Conference of the Multinational Finance Society, Spain
Fama EF (1970) Efficient capital markets: a review of theory and empirical work. J Finance 25:383–417
Fama EF (1984) Forward and spot exchange rates. J Monetary Econ 14:319–338
Fama FF, French KR (1987) Commodity futures prices: some evidence on forecast power, premiums and the theory of storage. J Bus 60(1):55–73
Furio D, Meneu V (2010) Expectations and forward risk premium in the Spanish deregulated power market. Energy Policy 38(2):784–793
Gorton G, Rouwenhorst KG (2006) Facts and fantasies about commodity futures. Financ Analysts J 62(2):47–68
Herraiz AC, Monroy CR (2009) Analysis of the efficiency of the Iberian power futures market. Energy Policy 37:3566–3579
Hull JC (1993) Options, futures, and other derivative securities, 2nd edn. Prentice Hall, Englewood Cliffs, NJ
Kat HM, Oomen RCA (2006) What every investor should know about commodities, part I: univariate return analysis, Cass Business School Research Paper. SSRN: http://ssrn.com/abstract=87836
Longstaff FA, Wang AW (2004) Electricity forward prices: a high-frequency empirical analysis. J Finance 59(4):1877–1900
Lucia J, Schwartz E (2002) Electricity prices and power derivatives: evidence from the Nordic power exchange. Rev Deriv Res 5:5–50
Lucia JJ, Torro H (2008) Short-Term electricity futures prices: evidence on the time-varying risk premium. Working Paper, Department of Financial Economics, University of Valencia, Feb. 2008, available at: http://www.ivie.es/downloads/docs/wpasec/wpasec-2008-08.pdf
Marckhoff J, Wimschulte J (2009) Locational price spreads and the pricing of contracts for difference: evidence from the Nordic market. Energy Econ 31:257–268
Milonas NT, Henker T (2001) Price spread and convenience yield behavior in the international oil market. Appl Financ Econ 11:23–36
Moosa IA, Al-Loughani NE (1995) The effectiveness of arbitrage and speculation in the crude oil futures market. J Futures Market 15(2):167–186
Pietz M (2009) Risk premia in the German electricity futures market. Working Paper, Technical University of Munich. Available at SSRN: http://ssrn.com/abstract=1400120
Pilipovic D (1998) Energy risk, 1st edn. McGraw-Hill Professional, New York, NY, p 248. ISBN 0786312319
Pindyck RS (2001) The dynamics of commodity spot and futures markets: a primer. Energy J 22(3):1–29
Shawky H, Marathe A, Barrett C (2003) A first look at the empirical relation between spot and futures electricity prices in the United States. J Futures Mark 23:931–955
Sioshansi FP, Altman A (1998) Wholesale power marketing in restructured electricity markets. Energy Policy 26(14):1099–1104
Wei SZC, Zhu Z (2006) Commodity convenience yield and risk premium determination: the case of the U.S. natural gas market. Energy Econ 28:523–534
Wilkens S, Wimschulte J (2007) The pricing of electricity futures: evidence from the European energy exchange. J Futures Mark 27:387–410
Yang H, Zhang Y, Liu S, Luo X (2009) Empirical research on efficiency of the electricity futures market. Int J Emerg Electr Power Syst 10(2):1–15
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Umutlu, G., Dorsman, A., Telatar, E. (2011). The Electricity Market, Day-Ahead Market and Futures Market. In: Dorsman, A., Westerman, W., Karan, M., Arslan, Ö. (eds) Financial Aspects in Energy. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-642-19709-3_7
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