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Total Number of Subscribers: 464 |
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Date: 5th November 2009 |
Compiled by: M Sathya Kumar |
Foreign Currency Hedging for ProjectsProject hedge accounting offers a variety of benefits, including minimising forecasting errors and reducing administration
Global infrastructure spending is expected to top one trillion US dollars in 2010, according to CIBC World Markets. As companies begin to take on capital projects, they will want to be aware of the benefits of project hedge accounting, which allows treasury departments to recognise revenue and hedge relationships with as much fluidity as a project timeline. While purchases of foreign components are often at play in constructing bridges, roads and schools, upgrading power plants or building new facilities, multiple foreign currency exposures can be difficult to track over a project’s lifetime. Financial professionals can use hedge accounting at the project level to achieve a good hedge accounting outcome and minimise forecast errors in situations where payments or receipts are certain, but the timing is not. What the Standards
Boards Say
Both the Financial Accounting
Standards Board (FASB) and the International Accounting Standards Board
(IASB) allow project hedge accounting. Although project accounting varies
for different industries, it enables for recognition of expenses and
revenue that are related to a new project to be accounted for by various
methods, e.g at the time incurred, by project milestone, etc. Derivatives
entered into to hedge project cash flows are also project costs/income,
and so revenue recognition of hedging expenses/revenues may also be
accounted for by any of the methods described in this
article. FX Cash Flow
Hedging
The basic rules for foreign
currency hedging of forecast foreign exchange (FX) payables and
receivables are very well known:
Less well known are FAS DIG G16
and IAS 11, which clarify the application of cash flow hedging applying to
designated risks that occur within a time period and related to one
project. This is very common in the construction, oil and gas, and
engineering industries where projects are undertaken. Both standards
clarify hedge accounting treatment for exposures where the date of
payment/receipt is uncertain, although the amount and period of
payment/receipt is certain. To illustrate, consider a
company that plans to build a factory and needs foreign-made components to
do the job. The factory will take one year to build, and it is estimated
that foreign components will be needed prior to a particular project
milestone. The cash flow amounts and timing can be estimated, although, as
estimates, they may slip. The company can choose to specify the designated
risk to be all payments of foreign currency for foreign-sourced components
needed to build the factory over the one-year period. It need not worry
about slippage of the payments within the life of the project or within a
reasonable period after the expected completion date. The key is to
document that each exposure will occur during the life of the project and
hedge the expected cash flow date of each exposure. If expected cash flow dates of
exposures slip, then no de-designation is needed. The only limitation
under FAS 133 is that they not slip past 60 days, or under IAS 39, not
past a reasonable time after the forecasted end of the
project. Assessment and MeasurementThe following table shows the different assessment methods available for project hedge accounting along with the impact of each on earnings and commentary. Table: Assessment and measurement methods
Source: Reval
Spot undiscounted assessment is
the most conservative approach. It is often adopted to cater to slippage
of exposures and does not require the automatic rolling or pre-delivery of
hedging derivatives to maintain effectiveness. Even though this creates
timing mismatches, a spot assessment method will ensure effectiveness and
qualification for hedge accounting. Earnings are limited to the time value
of derivatives using cumulative dollar offset (CDO). A forward method can be used,
although there is a greater risk of a hedge being ineffective as slippage
occurs and timing mismatches create differences in fair values. In this
case, regression is the preferred assessment method. Entities that consider using a
forward or discounted method will often do a pre-hedge analysis to gain an
understanding of how much time slippage can be tolerated while still
maintaining effectiveness. Management of Revenue RecognitionA project has multiple
exposures, derivatives and hedge designations, and during its life, a
changing OCI/equity balance, being the sum of the cumulative effective
components of all hedges. During the project, derivatives and exposures
are maturing and the project progresses toward completion. OCI/equity will
be released and revenue recognised.
Data RequirementsAdopting project hedge accounting requires the following information to be kept on each project: Project name, type and
entity.
This at-inception information,
along with a hedge designation, is enough to perform assessment and
measurement of all hedges associated with the project and enough to manage
recognition of revenue over the life of a project. All a hedger needs to
do is update the percentage of a project’s completion over the lifetime of
the project. A system can then fairly value derivatives, perform hedge
assessment and measurement, re-calculate revenue recognition and generate
accounting entries. Project hedge accounting is a very useful means of applying hedge accounting to hedges of multiple exposures related to a common project. It gives users the flexibility to recognise revenue that is suited to the project’s cash flows and minimises the book-keeping and documenting of changing hedge relationships. Article was earlier published in the reputed finance website. Article by Peter Seward is responsible for the strategic direction of Reval web-based platform and Reval Center valuation and hedge accounting service. He has also written the modules Reval IAS 39, IFRS 7 and FAS 161 Doctors. Seward's 15 years experience in financial services software spans Asia-Pacific, Europe and North America. Prior to Reval, he was a sales engineer at Principia Partners, an implementation consultant and custom development project manager for Integrity Treasury Systems in both Sydney and Chicago, and a manager of treasury systems at Rabobank Australia in Sydney. He holds a Bachelor of Science in mathematics and economics from the University of Western Australia. | |
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