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Risk Management in EnergyMarketsLiterature Review - II
Amandeep Arora
Roll No
103 (PGDM-Finance)
K. J. Somaiya Institute of Management Studies & Research
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IntroductionIn the last submission of research paper, various historical developments in the field of energy risk
management were highlighted. There emergence of various stick exchanges along with new types of
contract that can be customized to ones risk appetite were also elucidated. In addition to that, I
highlighted various hedging instruments and option trading in energy markets. The criticality of the
managing risk in energy markets was also highlighted with the view to develop some perspective aboutvarious stakeholders in this market.
This dissertation concentrates on summarizing the past literature on the issue. It also highlights the issues
of risk management in the past with citation of actual instances where companies failed in managing their
exposure to energy risk. SarbanesOxley Act came into being as U.S. legislative response to recent spate
of accounting scandals (Enron, WorldCom, Global Crossing, Adelphia Communications) is also
highlighted upon in this paper. In commodity markets in general, and energy markets in particular, the
model corporation produces and/or consumes in future time a random quantity of a commodity. Using
combinations of several types of contracts, the firm seeks to reduce its downside risk while maximizing
profits.
Literature SummaryThe ever increasing number of practices and strategies has been brought forward to manage the risk
associated with energy markets. The evolutionary process of risk management that occurred in oil and gas
markets presages the growth of energy risk management usage globally. Major oil companies now buy
and trade on the spot markets to meet supply needs that were previously met by their own production and
their involvement in paper trading have increased over time. Price volatility will increasingly be managed
through a wide variety of existing and emerging financial instruments for the short and longer term.
Because risk management tools are now widely accepted and available as means to reduce financial risks
in commodity markets, their application in energy markets will only increase over time.
Electric power is a market that never closes
where prices change hourly, half hourly and
quarter hourly. It is the most volatile
commodity ever created and therefore its
financial markets are smaller as compared to
oil and gas markets. Managing risks associated
with the energy industry is becoming
increasingly complicated due to factors such as
government regulations, public policy,
financial concerns, and energy resourcescarcity. In order to address these issues,
impacted companies often implement
energy risk management strategies.Figure1 Price fluctuations in short-term transaction of Electricity
There is extremely high correlation between different energy commodities which makes it essential to
understand the impact of one commodity on another. Hence, strategies like arbitrage and hedging have
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Crude Oil Natural Gas CER Electricity USDINR Dollar Index
Crude Oil 1
Natural Gas -0.1903 1
Certified emission reduction (CER) 0.7639 -0.1533 1
Electricity -0.3059 -0.2976 -0.3895 1
USDINR -0.6869 -0.2388 -0.5435 0.5971 1
Dollar Index -0.5389 -0.0659 -0.5960 0.4258 0.5524 1
Source: MCX; RBI; ICE
became a buzz word in energy markets which face extreme uncertainty and hence have a strong need to
manage risk appropriately.
Table 1 Correlation Matrix - Non-Agri Energy Commodities (MCX Spot prices)
In India, Multi commodity exchange (MCX) set up in 2003 is a state-of-the-art electronic commodity
futures exchange. It has permanent recognition from the Government of India to facilitate online trading,
and clearing and settlement operations for commodity futures across the country. On 6th February 2007,
the CERC issued guidelines for grant of permission to set up power exchanges in India. In 2008, India got
its dedicated power exchange i.e. Indian Energy Exchange (IEX).
Today we are still only hedging about half of the global commodity price exposure of the physical energy
markets. To put this statement into some perspective, the annualized notional value of all energy
derivatives is over $3 trillion, compared to a physical energy market of $5 trillion annually. Commodities
usually trade at least 6 and up to 20 times the physical market.
Options in energy futures
As energy futures contracts become more liquid, exchanges usually launch option contracts. NYMEX
provides a variety of option contracts range which investors can choose in view of their investment
strategy. Aside from the traditional European and American style options, they offer:
Average price options (also called Asian or average rate options) - These are settled against theaverage of prices for an underlying commodity for a specified period.
Calendar spread options - This contract is on the price differential between two delivery dates for thesame commodity. It helps market participants manage the risk of changes in the price spread.
Crack spread options - The crack spread is the difference between the price of crude and refinedproducts. This contract helps refiners and other market participants efficiently manage the risk of
changes in this differential.
Inventory options - NYMEX offers clearing services for over-the-counter options on the weeklycrude oil storage number released by the Energy Information Administration (EIA) of the U.S.
Department of Energy.
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Metallgesellschaft AG: A Case StudyMetallgesellschaft AG, or MG, is a German conglomerate, owned largely by Deutsche Bank AG, the
Dresdner Bank AG, Daimler-Benz, Allianz, and the Kuwait Investment Authority. In December, 1993,
Metallgesellschaft AG revealed publicly that its "Energy Group" was responsible for losses of
approximately $1.5 billion, due mainly to cash-flow problems resulting from large oil forward contracts it
had written. The Metallgesellschaft AG(MG) affair of 1993-94 conveyed three central messages to thepetroleum industry: one pertaining to the relationship between hedging and speculating, one pertaining to
corporate governance, and one pertaining to commodity market dynamics.
On the message of hedging vs. speculating, MG's US oil subsidiary, MG Refining & Marketing
(MGRM), designed an innovative program aimed at rapid expansion in a mature but evolving business-
the marketing of petroleum products. MGRM used a strategy combining over-the-counter (OTC) and
futures instruments that contained a speculation on the relationship between near and distant prices. That
speculation went against MGRM for a time, causing it to incur very large margin payment requirements
and other cash flow disruptions.
Regarding the issue of corporate governance, the extent of MGRM's activities in financial energy marketsappears to have caught its parent-and within the German system of corporate finance, its parent's banking
shareholders-by surprise. When MGRM's speculation moved against it for a period of time that may have
been short-lived, it suffered large "mark-to-market" losses and large margin payment calls. The mark-to-
market losses initially remained paper losses, but the margin calls were a drain on MG's cash flow that
were larger than MG's management was willing to tolerate. According to some critics, MGRM's parent
terminated the strategy so abruptly as to increase the size of the losses far beyond what would have been
incurred with amore-patient unwinding.
On the aspect of market dynamics, MGRM's open interest in the oil financial markets-both exchange-
traded and over the counter became extremely large. When a single company commands such a large
share of open interest, markets can become dysfunctional in one of two ways: the company can obtain the
power to squeeze other participants, if those participants remain fragmented and disorganized; or the
company itself can be squeezed, if other market participants begin to trade against the company in an
organized manner. In MGRM's case, the speculative part of its strategy-the reliance on near-month
contracts to hedge the bulk of its long-dated positions-required a rollover of its long position in the
exchange-traded markets. This rollover was so large that other participants-especially funds that were
adept at trading-anticipated its actions and, by "herding" their trades (not by design, but by widespread
identification of the rollover), precipitated a change in the market structure from backwardation to
contango. The emergence of that contango, in turn, caused the "rolling stock" aspect of MGRM's strategy
to go from a source of trading profits to a source of trading losses.
This case indicates the consequences of speculation in energy markets. It also highlights the role played
by corporate governance in energy markets. MG's disaster in the oil markets should be seen as a reminder
to the corporate community to understand the nature of their position in financial markets and to
understand the ramifications of market movements on your financial positions. It should not be seen as a
warning sign to corporate CFO's to stay away from derivatives markets. These markets provide
tremendous value to their users. The swaps and futures markets provided MGRM with an opportunity to
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transfer their market risk. They successfully did this. They failed, however, to accurately estimate the
funding risk of their hedge position.
Sarbanes-Oxley Act (SOX) of 2002
This act set new or enhanced standards for all U.S. public company boards, management and public
accounting firms. It is named after sponsors U.S. Senator Paul Sarbanes and U.S. RepresentativeMichael G. Oxley. The Sarbanes-Oxley Act came into force in July 2002 and introduced major changes
to the regulation of corporate governance and financial practice. It set a number of non-negotiable
deadlines for compliance. The Sarbanes-Oxley Act is arranged into eleven 'titles'. As far as compliance is
concerned, the most important sections within these eleven titles are usually considered to be 302, 401,
404, 409, 802 and 906. An over-arching public company accounting board was also established by the
act, which was introduced amidst a host of publicity.
Other IssuesA lot of other issues are present regarding which an investor needs to be cautious while investing in
energy markets which are as follows:
1. The high correlation between various commodities in energy markets is higher than any othercommodity market. Hence one needs to study and clearly understand the relationship between
different factors to successfully trade in this sector.
2. The volatility of some energy commodities like electricity makes it very difficult to draw definiteprojections for future.
3. As we saw in Metallgesellschaft case, market risk is the pre-eminent risk in the energy markets.4. The increased regulatory guidelines have put stringent constraints for individuals with high risk
appetite who find it difficult to comply with it
5. Potential for market abuse - These markets are any more susceptible to market abuse than any other.It is vital that appropriate measures are in place at firms and exchanges to detect and prevent improper practices
6. Suitability of investment- Retail participation is currently limited and commodities have traditionallybeen regarded as too volatile for retail investors. However, there is some interest in making more
products available. A lack of experienced market professionals who fully understand the subtleties of
the commodities markets may also be an issue. Consumers may be at risk of taking up investments
whose risks they do not sufficiently understand.
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References
1. Metallgesellschaft AG: A Case Study, By John Digenan, Dan Felson, Robert Kelly and Ann Wiemert2. Carol Alexander, Report on Commodity Options, Chair of Risk Management and Director of
Research, ICMA Centre, University of Reading3. Sergey Pavlovitch Kolos, Report on Risk Management in Energy Markets, The University of Texas at
Austin, August 20054. Report on One Hundred Seventh Congress of the United States of America at the second session on
23/01/2002
5. Emmet Doyle, Jonathan Hill & Ian Jack. Growth in commodity investment: risks and challenges forcommodity market participants, March 2007