Income & Expenditure Account
|
Existing (Fixed) |
Incremental (Variable) |
||
|
Non-property based |
Property based |
||
|
Income |
- | Current income grown / inflated |
New units (+/ -) x incremental income |
|
Expenditure |
Current costs grown / inflated | Current costs grown with income | New units (+/ -) x incremental costs |
Business stream-based income ![]()
Key items of income and expenditure are forecast by business stream
then added to the total. For each property based business stream the key driver
is the number of existing units plus or minus the numbers of units built, sold,
demolished and transferred during the period for each business stream. The starting
point for forecasting rental and service income is the average
current weekly rent per existing unit, adjusted for rent per new unit, rent
per unit sold/demolished and rent per unit transferred. Weekly service income
per unit is also included.
The number of units multiplied by the relevant unit rents and service income
gives the total business stream income. For all future years the annual rates
of increase, expressed as margins above or below RPI, are applied to all rents
as well as to service charge income. The income of the various business streams
is added to obtain the total.
Revenue grants are calculated as a percentage of rental income and
voids and bad debts are calculated as a percentage of turnover
(total rent, support and service charge income), both percentages input by the
user.
Business stream-based expenditure ![]()
The "variable element " of expenditures is based on changes in number
of units and the various types of costs per "new" unit; whether additions
or reductions. These should be the “marginal” unit costs as distinct
from the average costs per existing unit. “New” here means incremental
units built, transferred, sold etc.
These total incremental costs per unit need to be split by the user into management,
service, care/support, major repairs and maintenance, and ongoing repairs and
maintenance costs. All items of costs will be increased by the appropriate
cost inflation factors defined by the user on the General Assumptions input
screen. Again, these inflation factors are all expressed in terms of margin
over RPI.
In addition, the total repairs and maintenance expenditure capitalised
needs to be provided so that the Income and Expenditure Account can be adjusted.
Profit on disposals is derived directly from two user inputs, namely
profit on sale per unit and number of units sold.
Home-buy charges/income is derived directly from two user inputs, namely
average revenue deficit/surplus per loan granted and number of loans granted
each year.
For non-property based business streams the start year non-property-based
income is simply increased each year by the user input growth rate.
Management and other costs are calculated as a percentage of
income, which is again input by the user.
Non business stream-based income and expenditure
Existing costs in each category (management, service, care
/ support, major and ongoing repairs and maintenance) will be treated
as the “fixed” element of expenditure but subject to growth over
time. Any leasing costs should be included in management costs for the purpose
of forecasting. The leasing cost line is not programmed separately.
The remainder of the Income and Expenditure Account is generated using various
of the General Assumptions. The depreciation charge for the
year is based on the user-input average depreciation rates for, respectively,
housing assets and other assets. Other costs include
impairment costs, both of which are input amounts for each year.
All interest received and paid calculations are based on the average of opening
and closing debt balances. Interest received is calculated
by applying the user input investment/deposit rate, expressed a margin over
RPI, to the average cash balance. This is based on the user specified amount
adjusted by the model to balance the cash flow: by using surplus cash generated,
first, to repay medium and long-term debt, then to increase cash deposits.
The interest rate input is expressed as a margin over RPI rather than over LIBOR
(which is the normal convention for quoting interest rates) to facilitate the
flexing of the model for different levels of inflation in a consistent manner.
Interest paid on fixed rate debt is calculated by multiplying the user-input
proportion of fixed rate debt to total debt by the average balance of total
debt, then multiplying by the user-input fixed interest rate for each year.
Interest paid on floating rate debt is calculated by multiplying
the user-input variable interest rate by the average balance of variable rate
debt. Closing debt is calculated by allowing for user-input scheduled debt repayments
and for user-input planned increases in medium/long-term debt plus the effect
of cash flow on borrowing as forecast by CAPACITY.
For example, the user might plan to raise £5 million of new debt in a
given year and to make scheduled repayments of £4 million but the CAPACITY-generated
cash flow might result in an additional borrowing requirement of £3 million
to balance, giving a net increase of £4 million.
Note that the calculation of interest paid incorporates a formula to include
"interest on interest" to deal correctly with the inherent circularity
on the interest/debt calculation without recourse to artificial lagging or to
iterative procedures.
Any capitalised interest must be input by the user as an absolute
amount net of any accrued interest paid, to allow for the Income and Expenditure
Account to be adjusted.
Exceptional items are not modelled, nor is gift aid
nor other charges/income.
Tax payable is simply calculated by multiplying the user-input
effective corporation tax rate by the surplus before tax. The effective tax
rate should allow for the effect of any losses or allowances brought forward.