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TRANSCRIPT
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Looking to a Leaner, Greener Future:
Mark McGrew- Sales Market Manager Date: 5/10/13
Reducing Lifecycle Costs Through Cost of Ownership Cost Management
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• Economic Pressure on Fleets
• Understanding Fleet Costs
• Using Current Fleet Costs to Benchmark Improvements
• Fundamentals of a Value Proposition
• RunWise Value Proposition Example
• Does Technology Make Sense for Your Fleet?
• The Bottom Line
• Questions
Looking to a Leaner, Greener Future
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Understanding Fleet Managers Pain Economic Pressure on Fleets
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Economic Conditions
• Diesel prices continue to escalate.
• Fleet under pressure:
• Lower fuel costs
• Reduce maintenance costs
• Increase Productivity
• Fleet operators need data to make informed decisions
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Diesel Fuel Impact
• Diesel fuel costs since 2000 to 2012*
• In 2000 the average price was $1.5/gal
• In 2012 the average price was $4.0/gal
• Roughly an 8.5% increase per year
• What do you budget for in the future?
• Most fleet managers conservatively say 5.0%.
* US Energy Information Association
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Refuse Chassis Key Indicators Based on Municipal and Fleet Interviews • Refuse Fleet Life: 5-yrs to 15-yrs
• Municipalities: Average is 7-yrs
• Private Fleets: Average is 10 to 12 years
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Refuse Chassis Key Indicators Based on Municipal and Fleet Interviews • Diesel Fuel Consumption: 3 gal/hr - 5 gal/hr
• Operating hours per week: 35 hours to 55 hours
• Annual fuel consumption range: 5,400 to 14,300 gal/yr
• EPA average refuse fuel consumption is 9800 gal/yr
• Fuel costs at $4/gal range from: $21k to $57k per year per truck
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Refuse Chassis Key Indicators Based on Municipal and Fleet Interviews • Engine Rebuilds: None to 1x over life
• Costs range from $10,000 to $20,000
• Private fleets tend to rebuild more often
• Transmission rebuilds: None to 1x over life
• Costs range from $7500 to $12,000
• Private fleets tend to rebuild more often
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Refuse Chassis Key Indicators Based on Municipal and Fleet Interviews • Brake Relines (axles): 2 /yr to 7 /yr
• Averages for non brake life extension devices
• Brake changes costs range: $500/axle to $2000/axle
• Air Compressor Rebuilds: 1.5-yr to 4-yr
• Rebuild cost ranges from $500 to $700
• Private fleets tend to rebuild more often
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Air Quality/Fuel Economy Standards Tightening • Not impacting today’s
ownership costs
• Impacts future fleet purchasing
• Cannot be ignored
2017 Heavy Truck Fuel Economy Standards
Low Roof Mid Roof High Roof Low Roof Mid Roof High Roof
Day Cab Class 7 104 115 120 10.2 11.3 11.8
Day Cab Class 8 80 86 89 7.8 8.4 8.7
Sleeper Cab Class 8 66 73 72 6.5 7.2 7.1
http://www.nhtsa.gov/staticfiles/rulemaking/pdf/cafe/Factsheet.08092011.pdf
EPA Emissions Standards
(g CO2/ton-mile)
NHTSA Fuel Consumption Standards
(gal/1,000 ton-mile)
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Air Quality/Fuel Economy Standards Tightening • Pressure to improve air quality.
• Future fuel economy standards & OBD being mandated
• More pressure on operating costs.
• Fleet operators have multiple options:
• CNG/LNG
• Electrics and Hybrids
2017 Heavy Truck Fuel Economy Standards
Low Roof Mid Roof High Roof Low Roof Mid Roof High Roof
Day Cab Class 7 104 115 120 10.2 11.3 11.8
Day Cab Class 8 80 86 89 7.8 8.4 8.7
Sleeper Cab Class 8 66 73 72 6.5 7.2 7.1
http://www.nhtsa.gov/staticfiles/rulemaking/pdf/cafe/Factsheet.08092011.pdf
EPA Emissions Standards
(g CO2/ton-mile)
NHTSA Fuel Consumption Standards
(gal/1,000 ton-mile)
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What variables require tracking, and why data collection is important
UNDERSTANDING FLEET COSTS
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“ You cannot improve,
what you cannot measure”
W.E. Deming
Godfather of
Continuous Improvement
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Get Yourself Organized!!!
1. Define the variables that impact your fleet.
• Fuel, Powertrain, Brakes, Body issues usually get you in the right direction.
• Identify the top 5 items that impact your operation.
2. Establish reliable data tracking for the important items.
3. Track your top 5 variables to an annual level.
4. Extend annual costs for each year for the life of the vehicle.
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Get Yourself Organized!!!
With fleet costs identified & monitored…
• Start with the heavy hitters.
• Question if these costs can be reduced.
• Start identifying alternatives to save expenses.
• Technologies exist for reducing fuel consumption, reducing maintenance costs, as well as productivity improvements.
You are ready to explore value propositions.
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A new technology promises to lower costs? Identify the fundamentals to develop a value proposition.
FUNDAMENTALS OF A VALUE PROPOSITION
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Reducing Costs and Solving Problems
• Value has to be accepted by you!
• Generalities and averages do not count in high $$ capital purchases.
• Qualitative data does not matter in the ROI phase.
• Every fleet, every route is different for every customer.
• Quantitative data is the only accepted form when determining ROI and positive cash flow over the life of the vehicle.
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Evaluating Alternative Technologies
Understand the Technology
• Contact customers.
• Request a demo.
• Summarize your fleet costs to compare the technology.
• Ensure proper alignment!!
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Hybrid Target Markets
Electric Hybrid
Hydraulic Hybrid
Mainly electric based Light Food
& Delivery
Light Food & Delivery
Cutaway/Shuttle Van
Medium Transit
Heavy Parcel
Small Trouble/ Service Truck
Large Trouble Truck
Beverage and Regional Delivery
Medium Military FMTV1
Refuse
Light Military
Mainly hydraulic
based
Yard Hostler
Heavy Transit
Bus
High # Stops
10,000 14,500 17,000 19,000 22,000 26,000 33,000 40,000
Gross Vehicle Weight (lbs.)
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Summary of Hydraulic Hybrids
Parallel Series Adv Series
Brake Recovery
Engine Management
High Speed Efficiency
Fuel Usage Reduction * 0-15% 25-35% 35-50%
Brake Life Extension * 1.5X 3X 15X
Productivity * Good Better Best
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UNDERSTANDING THE TECHNOLOGY
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RunWise® Benefits
• Up to 35-50%
Reduces Fuel Consumption
• 38-55 tons per year
Lowers Emissions
• Up to 5-15%
Increases Productivity
• Once in the life of the vehicle
Increase Brake Life
On average
RunWise saves up to
4900 gallons of fuel
per year = 980 5-
gallon gas cans!
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Creating a Value Proposition
1. Establish the variables.
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Creating a Value Proposition
2. Gather baseline data over controlled route.
• Discuss which routes make sense and why?
• Want the “worst case” scenario?
• If so, then also establish “best case” scenario.
• Question how accurate baseline data really is.
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REMEMBER –
The baseline establishes a key outcome in the model.
Eliminate variables you can control.
For example, ALWAYS – have the same driver run both tests.
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Creating a Value Proposition
3. Set the expectation of what is reasonable for your route profiles.
• Be conservative!
• Question factors that impact results
o Highway miles
o Number of can pick ups in a route.
o Driver fear of new technology.
o Driver motivation
• Has the presenter earned your trust?
• Insist on a multiple day test period.
o 3-5 days or longer …. It’s your reputation!
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Creating a Value Proposition
4. Run the hybrid demo according to plan.
• Ensure the driver is comfortable with the hybrid.
• Let him drive in collection prior to starting the test.
• Ride with him.
o Monitor ABS events
o Number of dropped cans.
o Compare his can count per minute to baseline. If it’s less, find the root cause.
o Can you obtain acceptable performance without extraordinary effort?
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Creating a Value Proposition
5. Analyze results. Question everything.
• Fleet Managers. Gather information.
• Drivers talk about impressions.
• Manage the situation accordingly.
• Day 1: Chance to correct situational occurrences.
• Talk with both the driver and salesperson to ensure everyone is on the same page.
• Ask for feedback on test results.
• Be looking for optimization opportunities…they are always present.
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Creating a Value Proposition
6. The Value Proposition.
• Establish a comparison of your baseline data to the demonstration results.
• Do they share the data?
• Do your results match theirs?
o Discuss the good and the bad.
o Ask about the factors you observed during test period.
o Establish what “good” looks like, AND
o Establish what “better” looks like!
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Using Parker Hannifin’s RunWise Hybrid to demonstrate a value proposition.
VALUE PROPOSITION EXAMPLE
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ASSUMPTIONS
Year of Purchase 2011
Expected Vehicle Life 12 years
Operating Hours per Week 50 hours / week 2756
Price of E3 System (Incremental to Base Truck) $120,960 Current real Price with FET
Productivity Cost/Hour 75.00$
Productivity Increase 10%
Cost of Money 5.00% per year
Inflation Rate 3%
Fuel increase factor 5%
Baseline Fuel Consumption per Hour 4.60 gal / hour
Anticipated Fuel Savings with E3 42%
Cost of Fuel $3.46
Current AAA
diesel costs
.
Cost to Perform a Brake Reline $1,250
Baseline Number of Brake Relines per Year 9.00 per year
Anticipated Number of Brake Relines per Year with E3 - per year 7 yr brake change
Cost to Perform and Engine Rebuild $20,000
Baseline Engine Life in Years 10.00 years
Anticipated Engine Life with E3 10.00 years
Cost to Perform an Transmission Rebuild $10,000
Baseline Transmission Life in Years 10.00 years
Annual Cost of Transmission Maintenance $450 per year
Cost to Perform an Air Compressor Rebuild $650
Baseline Air Compressor Life in Years 2.00 years
Anticipated Air Compressor Life with E3 6.00 years
Cost to Perform an Air Dryer Maintenance $270
Baseline Air Dryer Maintenance Cycle in Years 0.50 years
Anticipated Air Dryer Maintenance Cycle with E3 3.00 years
Urea Consumption Reduction
Base Line ( 10,472 gal/yr = 314 x $3.5/gal) 1,331$ per year
E3 Reduction 559$ per year
Cost of Urea per Gallon 3.50$
Expected Carbon Credit $0.00 per ton
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2011 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021 2022
Initial Capital Expense ($120,960)
Cost of Money Capital Outlay ($6,113) ($6,113) ($6,113) ($6,113) ($6,113) ($6,113) ($6,113) ($6,113) ($6,113) ($6,113) ($6,048) ($6,048)
Cost of Money Expense Savings $1,468 $1,543 $1,543 $1,637 $1,655 $1,694 $1,588 $1,854 $1,869 $2,479 $2,014 $2,071
Productivity Increase $19,500 $19,500 $19,500 $19,500 $19,500 $19,500 $19,500 $19,500 $19,500 $19,500 $19,500 $19,500
Additional revenue for clean collection 0 $0 $0 $0 $0 $0 $0 $0 $0 $0 $0 $0 $0
64,800
Assumed Fuel Consumption Savings $17,380 $18,249 $19,162 $20,120 $21,126 $22,182 $23,291 $24,456 $25,679 $26,963 $28,311 $29,726
Brake Reline Avoidance $11,250 $11,250 $11,250 $11,250 $11,250 $11,250 $7,750 $11,250 $11,250 $11,250 $11,250 $11,250
Engine Rebuild Avoidance
Transmission Maintenance Avoidance $450 $450 $450 $450 $450 $450 $450 $450 $450 $10,450 $450 $450
Air Compressor Rebuild Avoidance $650 $650 $650 $650
Air Dryer Maintenance Avoidance $270 $270 $270 $270 $270 $270 $270 $270
Urea Savings $527 $527 $527 $527 $527 $527 $527 $527 $527 $527 $527 $527
Projected Runwise Maintenance ($1,300) ($1,300) ($1,300) ($1,300) ($1,300) ($1,300) ($1,300) ($1,300) ($1,300) ($1,300) ($1,300) ($1,300)
Assumed Maintenance Savings $11,197 $11,847 $10,927 $11,847 $11,197 $10,927 $7,697 $11,847 $10,927 $21,847 $11,197 $10,927
Assumed Carbon Credit Value $0 $0 $0 $0 $0 $0 $0 $0 $0 $0 $0 $0
Annual Cash Flows ($120,960) $43,432 $45,027 $45,019 $46,991 $47,365 $48,191 $45,964 $51,544 $51,862 $64,676 $54,974 $56,177
IRR Cash Flow ($120,960) $48,078 $49,597 $49,589 $51,467 $51,823 $52,610 $50,489 $55,803 $56,106 $68,310 $59,008 $60,154
Cumulative Cash Flows ($120,960) ($77,528) ($32,501) $12,519 $59,510 $106,875 $155,066 $201,029 $252,573 $304,435 $369,111 $424,086 $480,262
Internal Rate of Return 41.0%
Payback Period 2.7 Years
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Know your customers pain and know when not to engage.
KNOWING WHEN TO PURSUE THE VALUE PROPOSITION
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ASSUMPTIONS
Year of Purchase 2011
Expected Vehicle Life 7 years
Operating Hours per Week 35 hours / week 2756
Price of E3 System (Incremental to Base Truck) $108,000
Current real
Price
Productivity Cost/Hour $ 75.00
Productivity Increase 0%
Cost of Money 0.00% per year
Inflation Rate 3%
Fuel increase factor 5%
Baseline Fuel Consumption per Hour 3.60 gal / hour
Anticipated Fuel Savings with E3 40%
Cost of Fuel $3.46
Current AAA
diesel costs
.
Cost to Perform a Brake Reline $850
Baseline Number of Brake Relines per Year 7.00 per year
Anticipated Number of Brake Relines per Year with
E3 - per year 7 yr. brake change
Cost to Perform and Engine Rebuild $20,000
Baseline Engine Life in Years 10.00 years
Anticipated Engine Life with E3 10.00 years
Cost to Perform an Transmission Rebuild $10,000
Baseline Transmission Life in Years 10.00 years
Annual Cost of Transmission Maintenance $450 per year
Cost to Perform an Air Compressor Rebuild $650
Baseline Air Compressor Life in Years 2.00 years
Anticipated Air Compressor Life with E3 6.00 years
Cost to Perform an Air Dryer Maintenance $270
Baseline Air Dryer Maintenance Cycle in Years 0.50 years
Anticipated Air Dryer Maintenance Cycle with E3 3.00 years
Urea Consumption Reduction
Base Line ( 10,472 gal/yr. = 314 x $3.5/gal) $ 1,042 per year
E3 Reduction $ 417 per year
Cost of Urea per Gallon $ 3.50
Expected Carbon Credit $0.00 per ton
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2011 2012 2013 2014 2015 2016 2017
Initial Capital Expense ($108,000)
Cost of Money Capital Outlay $0 $0 $0 $0 $0 $0 $0
Cost of Money Expense Savings $0 $0 $0 $0 $0 $0 $0
Productivity Increase $0 $0 $0 $0 $0 $0 $0
Additional revenue for clean collection 0 $0 $0 $0 $0 $0 $0 $0
64,800
Assumed Fuel Consumption Savings $9,068 $9,521 $9,997 $10,497 $11,022 $11,573 $12,152
Brake Reline Avoidance $5,950 $5,950 $5,950 $5,950 $5,950 $5,950 $2,450
Engine Rebuild Avoidance
Transmission Maintenance Avoidance $450 $450 $450 $450 $450 $450 $450
Air Compressor Rebuild Avoidance $650 $650
Air Dryer Maintenance Avoidance $270 $270 $270 $270 $270
Urea Savings $275 $275 $275 $275 $275 $275 $275
Projected Runwise Maintenance ($1,300) ($1,300) ($1,300) ($1,300) ($1,300) ($1,300) ($1,300)
Assumed Maintenance Savings $5,645 $6,295 $5,375 $6,295 $5,645 $5,375 $2,145
Assumed Carbon Credit Value $0 $0 $0 $0 $0 $0 $0
Annual Cash Flows ($108,000) $14,713 $15,817 $15,373 $16,792 $16,667 $16,948 $14,297
IRR Cash Flow ($108,000) $14,713 $15,817 $15,373 $16,792 $16,667 $16,948 $14,297
Cumulative Cash Flows ($108,000) ($93,287) ($77,470) ($62,098) ($45,305) ($28,638) ($11,689) $2,608
Internal Rate of Return 0.6%
Payback Period 6.8 Years
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“THE BOTTOM LINE”
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Summary
• Pressure to do something…
• Costs are rising.
• Improvements require analysis.
• Analysis requires tracking costs.
• Value propositions require facts.
• Technology can provide solutions.
• Know the whole story before signing the PO.
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THANK YOU!
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Mark McGrew Sales Market Manager Parker Hannifin Corporation Hybrid Drive Systems Division 3885 Gateway Blvd Columbus OH, 43228 Cell: (508) 918-6352 [email protected] www.parker.com Visit Parker's Hydraulic Hybrid Website at http://parkerhybrid.parker.com
http://www.parker.com/http://www.parker.com/http://parkerhybrid.parker.com/