1 uta & alternative fuel vehicles governor’s energy development summit june 2014

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UTA & Alternative Fuel VehiclesGOVERNOR’S ENERGY DEVELOPMENT SUMMITJUNE 2014

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Strategic and Board Goal Alignment

2020 Strategic Plan‘Operate a balanced fleet of alternative fuel vehicles’

2014 Board Goal‘Complete construction of an on-site CNG fueling facility’

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Why Alternative Fuels?

• Vehicle fuel consumption is the second largest operating expenditure at UTA (Labor is #1)

• Spread risk associated with future fuel volatility

• Participation in new funding resources:• Utah Clean Cities Coalition – nearly $2

million in alternative fuel vehicles

• Better air quality

• Leveraging evolving efficiency technologies

• Since 1995, use of diesel fuel at transit agencies across the country has decreased more than 20% while the combined used of alternative fuel types* has increased more than 800%

67%

15%

12%

6%

Labor

Fuel

Other

Parts

*

* Includes electricity for rail propulsion

0

100

200

300

400

500

600

Diesel Other

1995 2009

*

* GNC, LNG, gasoline, and Bio-diesel

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UTA’s Fleet Mix

Today 2023*

45%42%

6%7%

Diesel (Pre-2006)

Clean Diesel

Hybrid

CNG77%

6%

17%

Clean Diesel

Hybrid

CNG

* Based on 2014 Bus Replacement Schedule

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Fuel Volatility

20102011

20122013

20142015

20162017

20182019

20202021

20222023

20242025

20262027

20282029

20302031

20322033

20342035

20362037

20382039

2040 $-

$0.20

$0.40

$0.60

$0.80

$1.00

$1.20

Projected Fuel Cost ComparisonsPer Mile*, in 2013 Dollars

Diesel Diesel ProjectedNatural Gas Natural Gas ProjectedElectric Electric Projected

*Assumptions

2010 Diesel (MPG): 4.3

CNG (MPGe): 3.5

Electric (@ 2.3 kWh/Mile)*: 17

Source: ANNUAL ENERGY OUTLOOK 2014, US Energy Information Administration

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Diesel Buses

• Currently four hundred fifty five (455) in the UTA Fleet• Pre-2006 Diesel Vehicles – 239• “Clean Diesel” Vehicles – 216

• Most common, reliable, highest horsepower technology available

• Existing infrastructure for fueling and maintenance

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CNG Buses

• Currently twenty four (24) in the UTA Fleet

• Technology is being used by more than 40 transit agencies in North America

• Fuel can be locally sourced

• Lower emissions of criteria air pollutants• Compared to a model year 2000 diesel bus, a model year 2012 CNG

bus emits:• 80% less NOx• 99% less PM• 100% less Hydrocarbons

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Hybrid Buses

• Currently thirty two (32) in the UTA Fleet

• Technology is being used by more than 60 transit agencies in North America

• Diesel-electric technology combines two energy converters:• An internal combustion engine• Electric battery powered drive

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Electric Buses

Current Top Manufacturers• Proterra• BYD• Compete Coachworks

Charging Technologies• Conduction

• Overhead• Embedded (WAVE)

• Overnight (Plug in)

Current US Agencies Using the Technology

Proterra

BYD

Complete Coach Works

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Capital Cost Comparisons

Diesel B

us

CNG Bus

Hybrid

Bus

Electric

Bus (CCW

- WAVE)

Electric

Bus (BYD - C

onductive

)

Electric

Bus (BYD - O

vernight)

Electric

Bus (Proterra

- Conduct.

..$0

$200,000

$400,000

$600,000

$800,000

$1,000,000

$1,200,000

$1,400,000

$1,600,000

Bus Capital Costs (Including Charging Infrastructure & Battery)

Base Bus Cost Charging Infrastructure & Battery

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Electric Buses – Capital Costs

Proterra

BYD

Complete Coach Works

Electric Bus (CCW - WAVE)

Electric Bus (BYD - Conductive)

Electric Bus (BYD - Overnight)

Electric Bus (Proterra - Conductive)

$0

$200,000

$400,000

$600,000

$800,000

$1,000,000

$1,200,000

$1,400,000

$1,600,000

Electric Bus Capital Costs Breakdown*

Base Bus Cost Charging Infrastructure Battery Cost

* Costs are for one (1) bus and (1) set of Infrastructure, economies of scale can be realized with larger fleet sizes

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Projected Lifecycle Operations and Maintenance Cost Comparisons

*Assumptions:- Twelve (12) year vehicle life- 34,000 annual miles (UTA average)- 7% annual fuel price increase- 3% annual electricity cost increase- At least one (1) battery replacement for electric vehicles- Bus systems and infrastructure estimated to last 8 years; 8 year amortization for all systems & infrastructure- Numbers shown are in Net Present Value (NPV)

Electric

Bus (CCW

- WAVE)

Electric

Bus (BYD - O

vernight)

CNG Bus

Diesel B

us

Electric

Bus (BYD - C

onductive

)

Hybrid

Bus

Electric

Bus (Proterra

- Conducti

ve)

$0

$200,000

$400,000

$600,000

$800,000

$1,000,000

$1,200,000

Vehicle Lifecycle Costs (12 Years)

Base Bus Cost Fuel/Energy Costs O&M

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Depot District Service Center

Sustain operations• Support maintenance and fueling

of existing fleet in a safe, efficient, well-designed facility

Increase options• Allow expansion of Central Garage

fleet• Facilitate exploration of other fuel

types• Conduit for charging future electric

vehicles• Flexibility to accommodate other

vehicle types

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Key Issues

• Initial capital costs

• Operations & Maintenance• Training• Facilities

• Additional public infrastructure required

• Unproven Technology

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Thank you!

G.J. LaBontyManager, Long Range & Strategic Planning

Utah Transit Authority