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Part 2Financial Metrics and Rates of Return
Christopher RussellEnergy PathFINDERwww.energypathfinder.com(443) [email protected]
(c)2009 Energy Pathfinder Mangement Consulting, LLC www.energypathfinder.com 2
Samuel Goldwyn (1879-1974)
“Spare no expense to save money on this one.”
2
Outline for Part 2
3©2011 Energy PathFINDER.com
1. EXAMPLE PROJECT
2. RETHINKING “SIMPLE PAYBACK”
3. “RATE OF RETURN” EXPLAINED
4. “CASH FLOW” EXPLAINED & UTILIZED
5. INVESTMENT PERFORMANCE METRICS
$1,500,000 cost $150,000 rebate (YR1) $200,000 downpayment
Cap. recovery:25 YRS/8%
$1,300,000 borrowed20YRS/4%
25 YR economic life 1.5% energy price escal. Declining balance CCA (4%) $0.17/CM natural gas $0.05/kWh electricity $30,000 O&M saving/yr
BOILER / STEAM UPGRADE
4©2011 Energy PathFINDER.com
BEFORE AFTERELEC kWh 5 260 000 543 600 000GAS Cu M 4 734 000 542 100 000
ANNUAL O&M $72,000 $42,000
About Financial Metrics Simple Payback Return on Investment Life Cycle Cost Net Present Value Internal Rate of Return Rates of Return, Discount, etc. Save or buy? Cost of doing nothing Break-even analysis Budget for additional analysis
5©2011 Energy PathFINDER.com
$1,500,000 cost $251,300 1st-year savings
SPB = COST/ ANNUAL SAVINGS
SPB = 6 YEARS
HURDLE = 2 YRS OR LESS.
OUTCOME: REJECT.
Simple Payback?
6©2011 Energy PathFINDER.com
Simple Payback!
Keep pushing the same buttons,Keep getting the same results
7©2011 Energy PathFINDER.com
Outline for Part 2
8©2011 Energy PathFINDER.com
1. EXAMPLE PROJECT
2. RETHINKING “SIMPLE PAYBACK”
3. “RATE OF RETURN” EXPLAINED
4. “CASH FLOW” EXPLAINED & UTILIZED
5. INVESTMENT PERFORMANCE METRICS
Make the case:What do business leaders want to know?
What’s the benefit? How many dollars? How quickly do the dollars accrue? What’s the risk of investing? What’s the risk of NOT investing?
What’s the most that I should pay for it?…per current investment criteria
How does this compare to other ways to use money?
9©2011 Energy PathFINDER.com
Capital investment goals. Assumption: investors want to grow their
business
The business already produces returns at some “velocity”
Additional capital investments should improve the business’ overall rate of capital recovery
Principles for any CAPEX project
10©2011 Energy PathFINDER.com
Simple payback…
Ignores value accruing after the investment pays for itself
Payback ≠ cost of capital≠ rate of return over time≠ investment comparison metric
Says nothing about value lost when refusing to invest
11©2011 Energy PathFINDER.com
Do you….use simple paybackto measuremutual fundperformance?
©2011 Energy PathFINDER.com 12
Outline for Part 2
13©2011 Energy PathFINDER.com
1. EXAMPLE PROJECT
2. RETHINKING “SIMPLE PAYBACK”
3. “RATE OF RETURN” EXPLAINED
4. “CASH FLOW” EXPLAINED & UTILIZED
5. INVESTMENT PERFORMANCE METRICS
Investment returns are a ratio measure.
“Value” = ratio of benefits to investment For lenders, value = interest received from a
loan For investors, value = new cash flow generated Real returns are after-tax cash flow (ATCF)
ATCF INVESTMENT
= RATE OF RETURN (VALUE!)
14©2011 Energy PathFINDER.com
CAPEX Investment Questions
OPERATING PERFORMANCEImprove production costs?
ECONOMIC PERFORMANCEImprove the firm’s capital recovery rate?
FINANCIAL PERFORMANCEBeneficial terms of finance?
15©2011 Energy PathFINDER.com
ProductionFacility
POWERHOUSE
$0.925926INPUTS
$1.00REVENUE
A MONEY-MAKING MACHINE
Example: 8% Rate of Return16©2011 Energy PathFINDER.com
RELATIVE RATES OF RETURN
YOUR COMPANY
8%BEST
COMPETITOR10%
COST TO BORROW
4%
MUTUAL FUNDS
3%
17©2011 Energy PathFINDER.com
ProductionFacility
POWERHOUSE
$0.925926INPUTS
$1.00REVENUE
18©2011 Energy PathFINDER.com
“YES” to any Investment that Increases the VELOCITY of
Total Invested Capital.
Outline for Part 2
19©2011 Energy PathFINDER.com
1. EXAMPLE PROJECT
2. RETHINKING “SIMPLE PAYBACK”
3. “RATE OF RETURN” EXPLAINED
4. “CASH FLOW” EXPLAINED & UTILIZED
5. INVESTMENT PERFORMANCE METRICS
Annual Cash Flow Elements
OPERATING PERFORMANCE
ENERGY SAVINGS(+/-) NET CHANGE, O&MOPERATING INCOME
ECONOMIC PERFORMANCE
DEPRECIATION CHARGESINCOME TAXINTERNAL CAPITAL RECOVERYNET INCOME
FINANCIAL PERFORMANCE
DEBT SERVICEFREE CASH FLOW
20©2011 Energy PathFINDER.com
Cash Flow Elements - Purpose
OPERATING PERFORMANCE
IMPACT ON BUDGET?
ECONOMIC PERFORMANCE
IMPACT ON FIRM’S CAPITAL PRODUCTIVITY?
FINANCIAL PERFORMANCE
IMPACT ON CASH FLOW?
21©2011 Energy PathFINDER.com
Cash Flow Elements - Answers
OPERATING PERFORMANCE
PRE-TAX RESULTS
COMPARE TO INTERNAL PROJECTS
ECONOMIC PERFORMANCE
POST-TAX RESULTS
CAPITAL PERFORMANCE
PRIOR TO DISTORTION BY
LENDER’S TERMS
FINANCIAL PERFORMANCE
RETURNS AFTER ACCOMMODATING LENDERS
22©2011 Energy PathFINDER.com
Cash Flow Elements - IMPACTS
METRICS IMPACTOPERATING PERFORMANCE
• SIMPLE PAYBACK• ACCOUNTING ROI
PRODUCTION COST, BUDGET
ECONOMIC PERFORMANCE DISCOUNTED
CASH FLOW ANALYSIS
INTERNAL CAPITAL INVESTED
FINANCIAL PERFORMANCE
BORROWED CAPITAL
23©2011 Energy PathFINDER.com
CAPEX Investment Strategy OPERATING PERFORMANCE
Escalate energy prices?Account for non-energy benefits?
ECONOMIC PERFORMANCEExpense from revenue budget?Invest internal capital? Amortize? At what rate? All up front?
FINANCIAL PERFORMANCEBorrow at what terms (APR, years)?
CAPITAL SOURCES?REVENUE/EXPENSEINTERNAL CAPITAL
BORROWED CAPITALTOTAL PROJECT COST
REBATESTOTAL BASIS FOR
DEPRECIATION
24©2011 Energy PathFINDER.com
Cash Flow Elements - ExampleFIRST YEAR RESULTS
ABC = A+B
ENERGY SAVINGS………………O&M COST SAVINGS…………..OPERATING INCOME ………….
$281,300$30,000
$311,300DEFGH
= C-D= E x Tax
= D+E-F-G
DEPRECIATION………………….TAXABLE INCOME………………INCOME TAX (35%)……………..CAPITAL RECOVERY (8%/25)…NET INCOME…………………….
$27,000$284,300$99,505$18,524
$193,271IJKL = H-I+J+K
DEBT SERVICE…………………..TAX SAVINGS ON INTEREST….REBATE……………………………FREE CASH FLOW………………
$94,533$17,924
$150,000$266,663
25©2011 Energy PathFINDER.com
Project Cash Flow
YRNOMINAL
INVESTMENTOPERATING
INCOME
AFTER TAX NET
INCOMEDEBT
SERVICE
OUTLAY AFTER
FINANCEFREE CASH
FLOW0 -$1,000,000 -$200,0001 $150,000 $311,300 $193,271 -$94,533 -$76,609 $266,6632 $0 $315,520 $205,086 -$94,533 -$77,227 $127,8593 $0 $319,802 $207,129 -$94,533 -$77,870 $129,2594 $0 $324,149 $209,243 -$94,533 -$78,539 $130,7055 $0 $328,562 $211,429 -$94,533 -$79,235 $132,193
… … … … … … …25 $0 $432,119 $443,432 $0 $0 $443,432
26©2011 Energy PathFINDER.com
27©2011 Energy PathFINDER.com
‐$300,000
‐$200,000
‐$100,000
$0
$100,000
$200,000
$300,000
$400,000
$500,000
0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25
INCREMENTAL ANNUAL CASH FLOWUndiscounted Cash Flow Resulting from Project Finance & Implementation
TAX‐ADJUSTED_DEBT_SERVICE FREE_CASH_FLOW
‐$500,000$0
$500,000$1,000,000$1,500,000$2,000,000$2,500,000$3,000,000$3,500,000$4,000,000$4,500,000
0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25
CUMULATIVE FREE CASH FLOWUndiscounted Free Cash Flow After Project Finance
CUMULATIVE_CASH_FLOW
About Cash Flow Elements
CHANGE ANNUALLY CONSTANT
ENERGY PRICES ●ENERGY SAVINGS VOLUME ●
DEPRECIATION CHARGE ●CAPITAL RECOVERY ●
TAX RATE ●FREE CASH FLOW ●
28©2011 Energy PathFINDER.com
Outline for Part 2
29©2011 Energy PathFINDER.com
1. EXAMPLE PROJECT
2. RETHINKING “SIMPLE PAYBACK”
3. “RATE OF RETURN” EXPLAINED
4. “CASH FLOW” EXPLAINED & UTILIZED
5. INVESTMENT PERFORMANCE METRICS
Return onInvestment
CONS Results vary with cash flow elements over successive years ROI is confined to the project only; contribution to overall profitability
or wealth is not measured Analysis does not clearly isolate the impact of individual variables Fails to measure the cost of NOT doing the project
1st Year Operating Income
Total Nominal Investment
ROI =
PROS• Easy to understand• Good for comparing the attractiveness of two or more projects
30©2011 Energy PathFINDER.com
$311,300
$1,350,000= 23%
Life Cycle Cost
LCC = total cost of ownership Acquisition Energy inputs Maintenance Insurance, licenses, disposal….
31©2011 Energy PathFINDER.com
Capital (2%)
Energy (97%)
Maintenance (1%)
Life-Cycle Cost
CONS Difficult to implement as a practical management metric; no single
person of department clearly “owns” responsibility for life-cycle costs No indication of wealth created by the project or variability in
profitability Not useful for comparing dissimilar projects Fails to measure the cost of NOT doing the project
Total cost of ownership, including capital, operating costs and
energy consumption.
PROS• Good for comparing the total ownership for two or more similar
purpose projects.
32©2011 Energy PathFINDER.com
Life-Cycle Costs (Example)
THIRD PARTY CAPITAL………. $1,300,000 0%INTERNAL CAPITAL…………… $200,000 0%CURRENT EXPENSE…………. $0 0%INTEREST COSTS……………...
$1,022,152 0%
25-YR SUM, O&M COSTS…….. $1,050,000 0%25-YR SUM, ENERGY…………. $2,777,633,984 100%TOTAL LIFE-CYCLE COST…… $2,781,037,733 100%
33©2011 Energy PathFINDER.com
Net Present Value(NPV)
CONS Entire calculation relies on a series of guesses about future returns Analysis fails isolate variables that can be linked to specific
responsibilities Fails to measure the cost of NOT doing the project
Annual Cash Flowt
PROS• Captures full measure of value added by the project’s returns• Reflects risk by incorporating the time-value of money• Excellent tool for ranking two or more options by the value they
generate
(1+r)t∑T
t-1-Cash Flow
In Year0
34©2011 Energy PathFINDER.com
Internal Rate of Return
CONS Fails to measure the absolute value of wealth created Entire calculation relies on a series of guesses about future returns Analysis fails isolate variables that can be linked to specific
responsibilities Fails to measure the cost of NOT doing the project
Cash Flowt
PROS• Captures full measure of value added by the project’s returns• Reflects risk by incorporating the time-value of money• Excellent tool for ranking two or more options by the value they
generate
(1+r)t∑T
t-1+Cash Flow
In Year0= 0
IRR = r so that:
Where “T” = economic life of the project in years“t” represents each individual year in the project’s economic life∑ indicates summation across all “t” years
35©2011 Energy PathFINDER.com
©2011 Energy PathFINDER.com
HORSEPOWERPAYLOAD
IRRNPVHow much volume?
How much muscle?
36
Profitability index (PI)
PI =
DISCOUNTED VALUE OF AFTER-TAX BENEFITS
DISCOUNTED VALUE OF ALL PROJECT INVESTMENTS
37©2011 Energy PathFINDER.com
Profitability index (PI)
YR
ANNUAL INVESTMENT
AND REBATES NET INCOMECUMULATIVE
PI0 $1,500,0001 -$150,000 $193,271 0.12 $0 $205,086 0.33 $0 $207,129 0.44 $0 $209,243 0.55 $0 $211,429 0.6… … … …25 $0 $443,432 1.8
38©2011 Energy PathFINDER.com
Profitability index (PI)
PI = $2,396,038$1,361,111
Future values discounted at 8%
$1,044,927 in additional capital created by end of year 25
= 1.8 THRU 25 YRS
39©2011 Energy PathFINDER.com
Capital Goes SOMEWHERE…Every choice offers a rate of return
Energy project: After-tax rate of return Core business: cost of internal capital Stocks/mutual funds
compare to Cost to borrow
40©2011 Energy PathFINDER.com
?25% -
0% -
50% -
75% -
100% -
Investor’s Rates of Return (Thru 25 Yrs)PROJECT COST:ECONOMIC LIFE:
$1,500,00025 YRS
25% -
0% -
50% -
75% -
100% -
41©2011 Energy PathFINDER.com
EXAMPLE: 6-YR PaybackOperating Results
IRR = 96% AFTER TAXES AND FINANCE
IRR = 23.8% BEFORE TAXES
MUTUAL FUNDS = 4%COST TO BORROW = 3%
COST OF INTERNAL CAPITAL = 8%
Energy Investment Outcomes
Say “No” to Energy Efficiency Live with inefficiencies. Live with cash drain. Compensate for cash flow losses – HOW?
Say “Yes” to Energy Efficiency Create supplemental cash flow Subsidize other investment opportunities Expand the range of potential investment opportunities
42©2011 Energy PathFINDER.com
BC Hydro Investment Calculator
Simple Payback Accounting Return on Investment Life-Cycle Cost Profitability Index Internal Rate of Return
43©2011 Energy PathFINDER.com
Pre- and Post-Tax Results
QUESTIONS?HASTINGS STREET, VANCOUVER 1967