Hedging strategies within the aluminum market An analysis of forecast adjusted strategies with the persepctive of a Norwegian entity
Master thesis
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https://hdl.handle.net/11250/3131831Utgivelsesdato
2023Metadata
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- Master Thesis [4490]
Sammendrag
This thesis examines the effectiveness of static and selective hedging strategies in the
aluminum market. Additionally, the thesis highlights the outcome from the perspective of a
Norwegian entity, particularly focusing on the impact of the USD/NOK exchange rate. By
applying forecast adjustments to static strategies such as MVHR and Naive HR, we develop
selective strategies. We then analyze these to determine whether they provide any additional
benefits. Employing a quantitative analytical framework, the study uses regression analysis to
calculate the HR and adjust the MVHR and NHR based on three forecast types: analyst
predictions, naive forecasts, and seasonal and trend variation forecasts. This methodology is
thoroughly tested for data validity, including tests for stationarity, cointegration, and normal
distribution.
The research reveals that hedging strategies adjusting for analytics market forecasts offer the
best risk-adjusted returns, as indicated by higher Sharpe ratios. Additionally, the research
presents that selective strategies does not necessarily improve hedging effectiveness, when
compared to static strategies. We also find that the results differ when considering the impact
of currency exchange rates. This variation is notable in terms of both the Sharpe ratio and
hedging effectiveness, underscoring the significant role currency fluctuations play in
determining the optimal approach for hedging.
This thesis contributes to the field by presenting a novel approach to hedging strategy
formulation, incorporating forecast-based adjustments and currency fluctuations. It provides
empirical evidence on the effectiveness of these adjusted strategies in managing market risks.
This research underscores the importance of incorporating dynamic forecast adjusted
strategies, particularly for entities in the aluminum market operating across different
currencies. It presents a comprehensive view of how tailored hedging approaches can
effectively manage the inherent risks in commodity trading. The research offers valuable
insights for both theoretical understanding and practical application in risk management.