what is your farm worth? - australian dairy conference is your farm worth? liesl malcolm –pitcher...
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1
What is Your Farm Worth?Liesl Malcolm – Pitcher Partners
• Senior Manager in the Corporate Finance division of Pitcher Partners,
specialising in the valuation of all types of businesses, shares and
other equity instruments.
• Chartered Accountant and also an accredited Senior Appraiser with
the American Society of Appraisers.
• Discuss the valuation principles, how they apply to your business and
the key drivers in determining what your farm is worth.
• In particular we are going to discuss the discounted cash flow
approach.
• Ways in which you can increase the value of your farm.
Introduction
2
Enterprise/Business Value or Equity Value?
What is Being Valued?
3
Enterprise
/ Business
Value
Net Debt
& Surplus
Assets
Equity
Value
=
2
Enterprise value reflects the value of the business
What is Enterprise Value?
4
- Property Plant & Equipment
- Debtors & Creditors
- Stock/Inventory
- Employee Provisions
- Other Business Assets & Liabilities
Goodwill /
Intangibles
Net
Tangible
Operating
Assets
Enterprise
/ Business
Value
=
There are four main valuation methodologies:
• Capitalisation of Future Maintainable Earnings (FME)
• Asset Based
• Industry Specific (Rule of Thumb)
• Discounted Cash Flow (DCF)
Valuation Methodologies
5
The capitalisation of future maintainable earnings (FME) method utilises
a level of earnings which are anticipated to be the maintainable level of
the business in the long term (generally EBIT or EBITDA) and multiples
these earnings by an appropriate earnings multiple. The multiple is
derived from market transactions and/or publicly listed companies and
adjusted for the specific company profile.
This approach is generally used for an established business which has
generated stable earnings historically, which is anticipated to continue in
the future.
FME
6
3
Future Maintainable Earnings (EBIT or EBITDA)
x
Appropriate Earnings Multiple
=
Enterprise/Business Value
FME
7
FME
8
EBIT
Less Commercial Salaries
Less Market Rent
Adjusted EBIT
EBIT Multiple
Enterprise/Business Value
$
500
(50)
(100)
350
4
1,400
The Asset Based approach is where the company’s balance sheet is
analysed to determine a market value for each of the assets and
liabilities. This market value can be assessed as a going concern value as
well as an orderly realisation or liquidation value depending on the
business.
This approach is generally used for a business which is asset rich or one
that is not currently generating a sufficient level of earnings/return from
its assets.
Asset Based
9
4
Market Value of Assets
-
Market Value of Liabilities
-
Costs of recovery (if applicable)
=
Equity Value
Asset Based
10
Asset Based
11
Net Book
Value
Adjustments Orderly
Realisation
$'000 $'000 $'000
Assets
Cash at Bank 171 - 171
Debtors 48 (5) 43
Inventory 96 (10) 86
Investments 253 (13) 240
Land and Buildings 4,930 (99) 4,831
Equipment 281 (28) 253
Intangibles 285 (285) -
Total Assets 6,064 (440) 5,624
Liabilities
Payables (324) - (324)
Employee Provisions (75) - (75)
Loans (1,500) - (1,500)
Total Liabilities (1,899) - (1,899)
Net Assets 4,165 3,725
Costs of Recovery (150)
Equity Value 4,165 3,575
An industry specific methodology uses some available industry measure
such as a revenue multiple or earnings multiple to apply to the business.
This methodology is not appropriate to use as a primary methodology
and is generally only used to cross check one of the other
methodologies.
Industry Specific
12
5
Revenue or other KPI measure
x
Industry multiple
=
Goodwill or Enterprise/Business Value
Industry Specific
13
$2 million revenue from recurring accounting fees
X
0.6 to 0.8 industry multiple
=
$1.2 million to $1.6 million goodwill
Industry Specific
14
The discounted cash flow (DCF) methodology has regard to the expected
future economic benefits discounted to present value. It uses the
forecast cash flows projected by the business in the short term, a
perpetuity or terminal value and an appropriate discount rate having
regard to market and company specific factors.
The DCF is most appropriate for a business with volatile earnings, a
growing or new business, or a changing business.
DCF
15
6
Future ungeared cash flows
Discounted using a discount rate (WACC)
=
Enterprise/Business Value
DCF
16
The ungeared post tax cash flows utilised in a DCF are as follows:
Earnings before interest, tax, depreciation & amortisation (EBITDA)
-
Capital Expenditure
+/-
Decrease/increase in working capital
-
Tax (on EBIT)
=
Ungeared post tax cash flows
Cash Flows
17
Need to ensure that your cash flows reflect the following:
• adjustments for market rent
• if the land and buildings is owned by the business and is valued
separately, which is generally the case, then a market rental needs to
be included to avoid the double counting of the property
• adjustments for market salaries for all employees including
management and owners
• add backs of any non business expenditure
• capital expenditure requirements which are supportable
• tax payments reflect actual cash taxes paid
• working capital requirements of the business
Cash Flows
18
7
The cash flows are generally presented on an ungeared basis, so all
funding requirements are removed such as interest income and interest
expense.
The value of the business only is derived initially so as to determine the
value excluding the specific funding arrangements of the owner.
Any surplus cash and borrowings is valued separately when determining
the equity value of the business.
Cash Flows
19
• Scenario 1 – Assume 100% ownership of the business and farm
• Scenario 2 – As above, but assuming the farm is leased
• Scenario 3 – The same as scenario 2, expect that an employee has
purchased an equity stake in the business via a herd lease for a
number of cows.
5 Year Cash Flows – Farm
Scenarios
20
Cash Flows – Scenario 1
21
Year 1 Year 2 Year 3 Year 4 Year 5
Net Revenue 1,000 1,030 981 1,020 1,061
Other Expenses (830) (852) (803) (833) (866)
Less Notional Market Rent (80) (85) (90) (95) (100)
EBITDA 90 93 88 92 95
EBITDA Margin 9% 9% 9% 9% 9%
EBITDA 90 93 88 92 95
less Capital Expenditure (25) (40) (25) (25) (25)
less Working Capital Movements (5) (5) (5) (5) (5)
less Tax (21) (22) (21) (21) (22)
Free Cash Flow 39 26 37 41 43
8
Difference with scenario 1 is that a market rent is already incorporated
in other expenses as the property is leased (assume at market rates) and
that capital expenditure requirements as any land and building
expenditure is incurred by the land owner.
Cash Flows – Scenario 2
22
Year 1 Year 2 Year 3 Year 4 Year 5
Net Revenue 1,000 1,030 981 1,020 1,061
Other Expenses (910) (937) (893) (928) (966)
EBITDA 90 93 88 92 95
EBITDA Margin 9% 9% 9% 9% 9%
EBITDA 90 93 88 92 95
less Capital Expenditure (10) (10) (10) (10) (10)
less Working Capital Movements (5) (5) (5) (5) (5)
less Tax (24) (25) (24) (25) (26)
Free Cash Flow 51 53 49 52 54
Difference with scenario 1 and 2 is that a herd rental revenue is paid to
the employee which has purchased an equity stake.
Cash Flows – Scenario 3
23
Year 1 Year 2 Year 3 Year 4 Year 5
Net Revenue 1,000 1,030 981 1,020 1,061
Less Herd Rental Revenue to Employee (20) (21) (20) (20) (21)
Adjusted Net Revenue 980 1,009 961 1,000 1,040
Other Expenses (910) (937) (893) (928) (966)
EBITDA 70 72 68 72 74
EBITDA Margin 7% 7% 7% 7% 7%
EBITDA 70 72 68 72 74
less Capital Expenditure (10) (10) (10) (10) (10)
less Working Capital Movements (5) (5) (5) (5) (5)
less Tax (18) (19) (18) (18) (19)
Free Cash Flow 37 38 35 39 40
A comparison of the cash flows in each of the scenarios is as follows:
Cash Flows – Farm Scenarios
24
Year 1 Year 2 Year 3 Year 4 Year 5
Free Cash Flow - Scenario 1 39 26 37 41 43
Free Cash Flow - Scenario 2 51 53 49 52 54
Free Cash Flow - Scenario 3 37 38 35 39 40
9
When utilising the DCF, the cash flows expected to be generated by a
business are discounted to their present value by using a discount rate
that reflects the relative risk of the investment, as well as the time value
of money.
The appropriate risk adjusted discount rate is an average of the cost of
debt and the cost of equity weighted by the proportion of debt and
equity that should be represented in the capital of the business. This
rate of return is known as the weighted average cost of capital (WACC).
Discount Rate
25
The WACC formula is:
Where:
Ke = cost of equity capital
Kd = cost of debt
tc = corporate tax rate
E = the market value of equity
D = the market value of debt
V = D+E
Discount Rate
26
���� = ( �
�× Ke) + (
�
� × Kd 1 − tc )
The cost of equity is derived using the capital asset pricing model
(CAPM). This formula is:
Where:
Ke = required return on equity
Rf = the risk free rate of return
Rm = the expected return on the market portfolio
β = beta, the systematic risk of a stock relative to the market
portfolio
α = alpha, the unsystematic risk of a stock
Discount Rate
27
Ke = Rf + � (Rm − Rf ) + �
10
The risk free rate on equity is derived with reference to the long term
government bond rate, currently this is approximately 3.5%.
The accepted market risk premium in Australia is between 5% and 7%.
The beta is derived from a list of comparable listed companies. The beta
of a stock is determined by the characteristics of the company and is
generally based on three factors:
• the nature of revenue and the extent to which it is cyclical;
• operating leverage; and
• financial leverage
A beta of 1 reflects a market beta, less than 1 means is generally less
risky than that of the market and greater than 1 means it moves
disproportionately to the market.
Cost of Equity
28
The unsystematic risk factor incorporates additional risks to the
company being valued as compared to the market such as small
company risk and diversification.
This component is where the risks specific to each business being valued
are taken into consideration.
The more risky a business is the higher the unsystematic risk factor and
the discount rate.
The higher the discount rate, the lower the value of the business.
Cost of Equity
29
The current cost of debt for dairy farms ranges from 6% to 9%. The rate
applied should be that specific to the dairy farm being valued, so
whatever the available optimum borrowing rate would be to the
farmer/operator.
Cost of Debt
30
11
Incorporating the cost of equity and the cost of debt into the WACC
formula will derive the discount rate. This rate will differ depending on
the type of farm being valued and specific risks attached to the business.
For the prior farm scenarios, all else being equal, you would anticipate a
higher discount rate for scenario 2 and 3 as they have a greater risk
profile due to them only being operators and not land owners.
The difference between an industry and company specific discount rate
is that an industry discount rate will not incorporate the specific risks
attached to the business being valued, which if applied incorrectly may
result in a business being overvalued.
Discount Rate
31
Based on the five year cash flows above, the enterprise and equity value
for each of the three farm scenarios are as follows.
Note that in determining the terminal/perpetuity value, for illustration
purposes we have adopted a growth rate of 3%, based on the cash flow
in year 5.
Enterprise and Equity Values
32
Scenario 1 – Enterprise Value
33
DISCOUNTED CASH FLOW
CashflowsYear 1 Year 2 Year 3 Year 4 Year 5 Terminal
Periods Discounting 0.50 1.50 2.50 3.50 4.50 4.50
Free Cash Flow 39 26 37 41 43 45
HighCash flow multiple (discount rate - growth rate) 8.3
Terminal Value (terminal cash flow * cash flow multiple) $373
Growth Rate 3.0%
Present Value Factor 15.00% 0.9325 0.8109 0.7051 0.6131 0.5332 0.5332
Present Value of Cash Flows 132 36 21 26 25 23 199
Present Value of Terminal Value 199
Business Value 331
LowCash flow multiple (discount rate - growth rate) 5.9
Terminal Value (terminal cash flow * cash flow multiple) $263
Growth Rate 3.0%
Present Value Factor 20.00% 0.9129 0.7607 0.6339 0.5283 0.4402 0.4402
Present Value of Cash Flows 119 36 20 24 22 19 116
Present Value of Terminal Value 116
Business Value 235
12
Scenario 1 – Equity Value
34
Low High
$'000 $'000
Enterprise Value 235 331
Add Land and Buildings (market value) 5,000 5,000
Less Debt (4,000) (4,000)
Equity Value 1,235 1,331
To determine the equity value, need to consider any surplus assets and
debt items. In this scenario, the operator also is the land owner, the
surplus asset will be the land and buildings (as a market rent has been
charged in the cash flows) and the debt will be the loan attached to it.
Scenario 2 – Enterprise Value
35
DISCOUNTED CASH FLOW
CashflowsYear 1 Year 2 Year 3 Year 4 Year 5 Terminal
Periods Discounting 0.50 1.50 2.50 3.50 4.50 4.50
Free Cash Flow 51 53 49 52 54 56
HighCash flow multiple (discount rate - growth rate) 7.1
Terminal Value (terminal cash flow * cash flow multiple) $401
Growth Rate 3.0%
Present Value Factor 17.00% 0.9245 0.7902 0.6754 0.5772 0.4934 0.4934
Present Value of Cash Flows 179 47 42 33 30 27 198
Present Value of Terminal Value 198
Business Value 377
LowCash flow multiple (discount rate - growth rate) 5.3
Terminal Value (terminal cash flow * cash flow multiple) $295
Growth Rate 3.0%
Present Value Factor 22.00% 0.9054 0.7421 0.6083 0.4986 0.4087 0.4087
Present Value of Cash Flows 163 46 39 30 26 22 121
Present Value of Terminal Value 121
Business Value 284
Scenario 2 – Equity Value
36
To determine the equity value, need to consider any surplus assets and
debt items. In this scenario, the operator does not own the land and
buildings and has no surplus cash. It does however have a small amount
of bank debt.
Low High
$'000 $'000
Enterprise Value 284 377
Add Land and Buildings (market value) - -
Less Debt (20) (20)
Equity Value 264 357
13
Scenario 3 – Enterprise Value
37
DISCOUNTED CASH FLOW
CashflowsYear 1 Year 2 Year 3 Year 4 Year 5 Terminal
Periods Discounting 0.50 1.50 2.50 3.50 4.50 4.50
Free Cash Flow 37 38 36 38 40 41
HighCash flow multiple (discount rate - growth rate) 7.1
Terminal Value (terminal cash flow * cash flow multiple) $296
Growth Rate 3.0%
Present Value Factor 17.00% 0.9245 0.7902 0.6754 0.5772 0.4934 0.4934
Present Value of Cash Flows 130 34 30 24 22 20 146
Present Value of Terminal Value 146
Business Value 277
LowCash flow multiple (discount rate - growth rate) 5.6
Terminal Value (terminal cash flow * cash flow multiple) $230
Growth Rate 3.0%
Present Value Factor 21.00% 0.9091 0.7513 0.6209 0.5132 0.4241 0.4241
Present Value of Cash Flows 121 34 29 22 20 17 98
Present Value of Terminal Value 98
Business Value 219
Scenario 3 – Equity Value
38
To determine the equity value, need to consider any surplus assets and
debt items. In this scenario, the operator does not own the land and
buildings but has some surplus cash from the employee purchase of a
herd. It does also have a small amount of bank debt.
Low High
$'000 $'000
Enterprise Value 219 277
Add Surplus Cash (from Sale of Herd) 120 120
Add Land and Buildings (market value) - -
Less Debt (20) (20)
Equity Value 319 377
Comparison – Enterprise and
Equity Values
39
Enterprise Values
Scenario 1 235 331
Scenario 2 284 377
Scenario 3 219 277
Equity Values
Scenario 1 1,235 1,331
Scenario 2 264 357
Scenario 3 319 377
14
The number one and easiest way to increase the value of your farm is to
increase your earnings and profitability. The greater the cash flows,
providing they are realistic and supportable, the greater the value of
your farm.
However, there are also other ways in which you can increase the value
as they reduce the risk of the business. These include:
• stable workforce with long term employees
• succession plans for key staff to reduce the reliance on these key
people
• strong management team
• strong relationships with customers (and suppliers)
• building new relationships with new customers
How to Increase the Value of
your Farm
40
• development of a business plan setting the short and long term
strategy for the business
• negotiating favourable agreements with key stakeholders, for
example a long term lease with the owner of the farm/property
• monitoring the performance of competitors and identifying ways in
which the farm could improve
• corporatise the farm as much as possible, document all policies and
procedures, OH&S plans, prepare detailed financial statements,
prepare forecasts/budgets, undertake industry research, training
manuals, etc.
How to Increase the Value of
your Farm
41
• Enterprise value is the value of the business whereas Equity Value is
the return to the equity holders after repayment of all debt.
• There are three main methodologies to value a business, FME,
Assets, Industry and DCF.
• FME is best for a stable business.
• Assets based is appropriate for an asset rich business.
• Industry methodology is generally only used as a cross check.
• DCF is best for a growing, volatile or changing business.
• Discount rate is a rate which reflects the relative risk of the
investment, as well as the time value of money. The greater the
discount rate the lower the value.
Overview
42
15
• Incorporated in the discount rate is an unsystematic risk factor which
relates to the specific risks of the business compared with the
market.
• Difference between an industry and company discount rate is that
the industry discount rate will not incorporate the specific risks of a
business.
• There are a number of ways in which you can increase the value of
your farm, these include improving the earnings and profitability of
your business, corporatising the farm, strong management and
workforce and key relationships with stakeholders.
Overview
43
Go ahead. Don’t hesitate.Q&A
44
Questions & Answers
Thank youFor your attention
45
Thank you!
16
46
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