Presentation Transcript

1. Depreciation

2. Context • Highly material • Significant impact on sustainability ratios • Based on professional judgement and assumptions • No one can ever accurately predict Useful life and Residual Value • Need to ensure Depreciation methodology is robust, makes sense and fully complies with all aspects of the standards.

3. High level requirements of the standard • Depreciation must be calculated at component level • Depreciate the Depreciable Amount over the Useful Life using a method that matches the pattern of consumption • Must review annually – • Useful Life • Residual Value • Pattern of Consumption

5. Specific issues

6. Componentisation • 43. Each part of an item of property, plant and equipment with a cost that is significant in relation to the total cost of the item shall be depreciated separately. • 45. A significant part of an item of property, plant and equipment may have a useful life and a depreciation method that are the same as the useful life and the depreciation method of another significant part of that same item. Such parts may be grouped in determining the depreciation charge. • 47. An entity may choose to depreciate separately the parts of an item that do not have a cost that is significant in relation to the total cost of the item.

7. Systematic Basis • 50. The depreciable amount of an asset shall be allocated on a systematic basis over its useful life.

8. Annual review UL & RV • 51. The residual value and the useful life of an asset shall be reviewed at least at the end of each annual reporting period and, if expectations differ from previous estimates, the change(s) shall be accounted for as a change in an accounting estimate in accordance with AASB 108 Accounting Policies, Changes in Accounting Estimates and Errors.

9. Pattern of Consumption • 60. The depreciation method used shall reflect the pattern in which the asset's future economic benefits are expected to be consumed by the entity. • 61. The depreciation method applied to an asset shall be reviewed at least at the end of each annual reporting period and, if there has been a significant change in the expected pattern of consumption of the future economic benefits embodied in the asset, the method shall be changed to reflect the changed pattern. Such a change shall be accounted for as a change in an accounting estimate in accordance with AASB 108.

10. Don’t depreciate below RV • 52. Depreciation is recognised even if the fair value of the asset exceeds its carrying amount, as long as the asset's residual value does not exceed its carrying amount. Repair and maintenance of an asset do not negate the need to depreciate it. • 53. The depreciable amount of an asset is determined after deducting its residual value. • 54. The residual value of an asset may increase to an amount equal to or greater than the asset's carrying amount. If it does, the asset's depreciation charge is zero unless and until its residual value subsequently decreases to an amount below the asset's carrying amount.

11. When to depreciate • 55. Depreciation of an asset begins when it is available for use, that is, when it is in the location and condition necessary for it to be capable of operating in the manner intended by management. Depreciation of an asset ceases at the earlier of the date that the asset is classified as held for sale (or included in a disposal group that is classified as held for sale) in accordance with AASB 5 and the date that the asset is derecognised.

12. Factors to be considered • 56. The future economic benefits embodied in an asset are consumed by an entity principally through its use. However, other factors, such as technical or commercial obsolescence and wear and tear while an asset remains idle, often result in the diminution of the economic benefits that might have been obtained from the asset. Consequently, all the following factors are considered in determining the useful life of an asset: • (a) expected usage of the asset. Usage is assessed by reference to the asset's expected capacity or physical output. • (b) expected physical wear and tear, which depends on operational factors such as the number of shifts for which the asset is to be used and the repair and maintenance programme, and the care and maintenance of the asset while idle. • (c) technical or commercial obsolescence arising from changes or improvements in production, or from a change in the market demand for the product or service output of the asset. • (d) legal or similar limits on the use of the asset, such as the expiry dates of related leases.

13. Useful Life and Asset Management Reality • 57. The useful life of an asset is defined in terms of the asset's expected utility to the entity. The asset management policy of the entity may involve the disposal of assets after a specified time or after consumption of a specified proportion of the future economic benefits embodied in the asset. Therefore, the useful life of an asset may be shorter than its economic life. The estimation of the useful life of the asset is a matter of judgement based on the experience of the entity with similar assets.

14. Methods • 62. A variety of depreciation methods can be used to allocate the depreciable amount of an asset on a systematic basis over its useful life. These methods include the straight-line method, the diminishing balance method and the units of production method. Straight-line depreciation results in a constant charge over the useful life if the asset's residual value does not change. The diminishing balance method results in a decreasing charge over the useful life. The units of production method results in a charge based on the expected use or output. The entity selects the method that most closely reflects the expected pattern of consumption of the future economic benefits embodied in the asset. That method is applied consistently from period to period unless there is a change in the expected pattern of consumption of those future economic benefits.

15. Types of assets and their cyclical maintenance nature • Most public sector assets are maintained and renewed via cyclical maintenance • Often called “re-lifing” • Asset Management treatment typically performed well before asset has completely been consumed • Goal of asset management is to undertake this renewal at the optimal point which minimises the whole of lifecycle cost

16. Concepts for cyclical maintenance assets

17. Alternative methodologies • straight-line • condition based • consumption based • s-curve • renewals annuity (AASB interpretation 1030)

19. Risk of using incorrect assumptions

20. GCRC = $100,000 Actual Age = 40 years Original assumptions Useful Life = 45 years Residual Value = nil Current condition assessment RUL = 30 years What is WDV &Depreciation Expense ? Assume Pattern of Consumption is constant

21. Asset was renewed 10 years ago ? Expect to renew asset back to as new in 5 years time at cost of $50,000 ? After the renewal in year 30 the level of RSP was assessed as = 80% What if you also knew ?

22. Possible outcomes…. But only one is correct!

23. Actual Data Depreciation = 10,000 / 5 years = 2,000 p.a

24. What depreciation is not • Depreciation estimates the value of service potential expected to be consumed over the year • It has no relationship to the amount of future funding needs ! (Asset Management Plan) • Depreciation is an output (performance measurement) not an input to asset management planning

25. Linking it to asset management performance 100 100 20 70 80 30 2 ? Good AM = Lower Depreciation Poor AM = Higher Depreciation Straight-Line = Same Result Irrespective of performance

26. Guidance • CPA Australia’s Guide to asset valuation and depreciation for not-for-profit and public sector physical assets under accrual based accounting standards • APV Technical Papers & website • Workshops

27. Questions David Edgerton FCPA Email: David@apv.net Web: www.apv.net Mob: 0412 033 845 Work: (07) 3221 3499