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Modern Bus Features: Trends and Future ProspectsModern Bus Features: Trends and Future Prospects
Cliff HenkeSr. Analyst, BRT and Small StartsPB TR&S, Inc.
Modern Bus and new Technologies Seminar Sacramento, CA June 2008
Cliff HenkeSr. Analyst, BRT and Small StartsPB TR&S, Inc.
Modern Bus and new Technologies Seminar Sacramento, CA June 2008
Topics TodayTopics Today
Bus Technologies Overview Factors Driving New Bus Technologies Cost and Project Considerations
Bus Technologies Overview Factors Driving New Bus Technologies Cost and Project Considerations
USA Advanced Bus DesignsUSA Advanced Bus Designs
The European bus design challengeThe European bus design challenge
High-Comfort, AmenitiesHigh-Comfort, Amenities
Interior Finish Large Windows Luggage Racks Information Grab Bars
Interior Finish Large Windows Luggage Racks Information Grab Bars
• Rear Window?• Multiple Doors• Circulation• Seat Comfort• Fast Securement
North American Vehicles Now with Doors on Both SidesNorth American Vehicles Now with Doors on Both Sides
NABI 60-BRT hybrid demo
New Flyer 60DELFBRT hybrid pilot bus for Cleveland
Las Vegas: Hotbed of New Bus Development Las Vegas: Hotbed of New Bus Development
Driven by image and BRT needs Driven by image and BRT needs
Los Angeles: Another Hotbed of New Bus Development Los Angeles: Another Hotbed of New Bus Development
Driven by environmental and BRT needs Driven by environmental and BRT needs
Range of BRT Vehicles, Costs Range of BRT Vehicles, Costs
New Flyer Invero i40 LF
Irisbus Civis
StandardArtic
Stylized Artic
Specialized
Stylized Std
New Flyer Hybrid Electric DE60LF
NABI CompoBus 45 C LFW
Gillig 40 LF
NABI CNG 60 BRT
Range of BRT Vehicles, CostsRange of BRT Vehicles, Costs
Model Body Type Propulsion Cost (US$)
40-ft. low-floor
Standard Diesel or CNG mech.
$340,000-$380,000
45-ft. low-floor
Stylized Diesel or CNG mech.
$550,000-$720,000
60-ft. low-floor
Standard artic
Diesel or CNG mech.
$480,000-$520,000
60-ft. low-floor
Stylized Diesel or CNG mech.
$650,000-$700,000
60-ft. low-floor
Stylized Hybrid $950,000 +
Onboard Technologies Critical to BRT, Further Local Bus SuccessOnboard Technologies Critical to BRT, Further Local Bus Success
BRT System Success Measures
Speed & Capacity
Drive System Amenities Styling
Ridership Increase
System Capacity, Travel Time
Capital Savings, Operational Saving
Boarding/Exit Time, Accessibility
Bus Emissions, Noise
Economic Development, Land Use
Safety Perception, Cleanliness, Style
Integrated Automatic Vehicle Location (AVL) PlanIntegrated Automatic Vehicle Location (AVL) Plan
Washington Metro (WMATA)
Data Storage
Printer (3)
AVL Central Processing Unit
Radio Tower
Satellite
AVL Network Server
Workstation (5)
10BaseT
10BaseT
10BaseT
10BaseTSystem Uninterruptible
Power Supply
Router
10BaseTWMATA LAN/WAN
10BaseT
DGPS Reference Station
GH
Z
On Board Communications
Infrastructure should comply with
J1708/J1587, RS232, RS422, and/or RS485
(see Appendix D)Radio Repeater Site
Radio Interface Unit
Coder/Decoder
Coder/Decoder
Fiber Optic Node
DS1
Fiber Optic Node and/or T1 Link
Coder/Decoder
DGPS Receiver
PA(Bus only)
Coax
MDT
Radio Console
EmergencyNotification Switch
Engine
Radio Antenna
Central Processing Unit
J1708/J1587
Odometer
490 MHZShort-range Wireless
GHZ
490 MHZ
Vehicle Hardware
BOCC AVL Hardware
490
MH
Z (F
utur
e)
Radio Control Doors(Bus only)
Fare Collection(Bus only)
Automatic Passenger Counting
(Bus only)
Interface Unit
Optional Spectrum Frequency at Each Garage
10BaseT
Coax
RS232
Other Nodes
GarageNodes
Fiber Optic Node and/or T1 Link
J1708/J1587
J1708/J1587
OC12-OC48 OC12-OC48
Toyota IMTS – New Future Automated BRT SystemToyota IMTS – New Future Automated BRT System
IMTS – Intelligent Multimode Transit System:
Based on latest ITS tech Debut at Expo 2005 in Japan System developed by Toyota Allows unmanned, automatic or
platoon bus operation on dedicated roads
Controlled by magnetic markers imbedded in roads
Automatic speed regulation, braking functions via inter-vehicle & wayside wireless
IMTS – Intelligent Multimode Transit System:
Based on latest ITS tech Debut at Expo 2005 in Japan System developed by Toyota Allows unmanned, automatic or
platoon bus operation on dedicated roads
Controlled by magnetic markers imbedded in roads
Automatic speed regulation, braking functions via inter-vehicle & wayside wireless
Central Control Room Vehicle Location, Service Supervision Central Control Room Vehicle Location, Service Supervision
Brisbane SE Busway
Passenger InformationPassenger Information
At StationsLA: Metro Rapid Bus
On BoardParis: Val de Marne Busway
Other Info Technologies Also Have Income StreamsOther Info Technologies Also Have Income Streams
On-Board Wi-Fi (L.A., Miami, various European cities)
On-Board and Station Advertising with Next-Bus Info
“Transit TV”
On-Board Wi-Fi (L.A., Miami, various European cities)
On-Board and Station Advertising with Next-Bus Info
“Transit TV”
Hybrid will surpass CNG for BRT PropulsionHybrid will surpass CNG for BRT Propulsion
28% of total will be hybrids
One-third to be CNG (traditional drivetrain)
28% of total will be hybrids
One-third to be CNG (traditional drivetrain)
37%
33%
28%
2%
HybridCNGLNGULSD
37%
33%
28%
2%
HybridCNGLNGULSD
Recent Hybrid Transit Bus OrdersRecent Hybrid Transit Bus Orders
Customer Qty. + Options
Bus OEM Hybrid System
Yosemite NP 18 Gillig Allison EP 50
SF Muni 54 + 54 Orion BAE HybridDrive
Chicago 150 artics New Flyer Allison EP 50
Montebello et als 150 + New Flyer ISE Siemens ELFA
New York MTA 850 Orion BAE HybridDrive
Cleveland 21 New Flyer Allison EP 50
Philadelphia (SEPTA) 400 + 80 New Flyer Allison EP 50
Market Total (est.) 1,658 + ~1,000+
Southern California Projected Gasoline-Hybrid Transit Bus Orders
Southern California Projected Gasoline-Hybrid Transit Bus Orders
Year Qty.
2005 71 + 7
2006 23
2007 55
2008 64
2009 51
5-Yr. Market Total
271
—Source: SCAQMD, 2006
Hybrid LCC Payback ExerciseHybrid LCC Payback Exercise
Total LCC Cost Difference Payback: Some say 7-8 Years
Payback On Local Match: Less than Six Years
Assumptions: 42,000 miles driven, 3.5 mpg diesel
If… $150,000 incremental
cost 50,000 miles per year 33% fuel economy
improvement and $3/gal.
Then total cost payback is 14 years on fuel alone
Total LCC Cost Difference Payback: Some say 7-8 Years
Payback On Local Match: Less than Six Years
Assumptions: 42,000 miles driven, 3.5 mpg diesel
If… $150,000 incremental
cost 50,000 miles per year 33% fuel economy
improvement and $3/gal.
Then total cost payback is 14 years on fuel alone
Cost Item Total Local Share
Federal Share
Marginal Cost (per bus)
$175,000 $35,000 $140,000
Fuel Savings$2/gal., 20%
$4000/yr. $4000 N/A
Maintenance Savings
?? ?? N/A
Other Savings
?? ?? ??
Total Savings $4000 $4000 0
Payback time >43 yrs. <6 yrs. N/A
Docking/ Narrow Lane Guidancefor speed/consistencyDocking/ Narrow Lane Guidancefor speed/consistency
Precision Docking—Theory: Speed, consistency can be improved Consistent gap can speed boarding
Same high station/curb height eliminates ramp deploy dwell time
Enables rail-like ADA compliance??
In Practice: Not proven in USA Benefits, cost unclear
Precision Docking—Theory: Speed, consistency can be improved Consistent gap can speed boarding
Same high station/curb height eliminates ramp deploy dwell time
Enables rail-like ADA compliance??
In Practice: Not proven in USA Benefits, cost unclear
• Guidance - high speed in narrow lanes–Shoulder lane ROWs; Narrow bridges; Queue jump lanes
–Inclement weather operations
–Could save in capital cost of projects
Types of Precision Docking/ Narrow Lane Guidance
Types of Precision Docking/ Narrow Lane Guidance
In Operation: Mechanical
–Rail (France)–Curb (UK, Australia)
Magnetic (Holland, USA)
–FROG/PATH Optical (France, USA)
–Siemens Matra/Irisbus
In Operation: Mechanical
–Rail (France)–Curb (UK, Australia)
Magnetic (Holland, USA)
–FROG/PATH Optical (France, USA)
–Siemens Matra/Irisbus
Mechanical
Curb
Electro-Magnetic
PATH – MMRS & GSOptical
Pace of Technology’s ChangePace of Technology’s Change
The 1990s: Multiple floor heights,
lengths Several fuels (and
aftertreatments) Multiple structures Advanced electronics
(multiplexing, AVL, voice annunciators, AVM, etc.)
The 2000s: Growing use of hybrids Real-time video
surveillance Data logging and
advanced diagnostics Wi-Fi BRT features
The 1990s: Multiple floor heights,
lengths Several fuels (and
aftertreatments) Multiple structures Advanced electronics
(multiplexing, AVL, voice annunciators, AVM, etc.)
The 2000s: Growing use of hybrids Real-time video
surveillance Data logging and
advanced diagnostics Wi-Fi BRT features
I/O Controls’ multiplexing system
The Result: A “Build to Order” MarketThe Result: A “Build to Order” Market
Each order custom Pilot bus Wiring scheme
different Major components
different (even allowed by SBPGs)
Time to market now 18 months—or less
Big reason why OEMs are financially fragile
Each order custom Pilot bus Wiring scheme
different Major components
different (even allowed by SBPGs)
Time to market now 18 months—or less
Big reason why OEMs are financially fragile
“And now you want what?”
Cost of New Technology?Cost of New Technology?
Viewed another way…Viewed another way…
London Transport Bus (LTB):New Paradigm of FranchisesLondon Transport Bus (LTB):New Paradigm of Franchises
London Transport provides integrated service to customers
LTB is a logistics center that designs, tracks, and evaluates services on behalf of customers
The LTB has outsourced the task of providing modal capacity LTB does not own any buses LTB does not operate any mode! LTB does franchise to private
operators coordinated with rail, etc.
London Transport provides integrated service to customers
LTB is a logistics center that designs, tracks, and evaluates services on behalf of customers
The LTB has outsourced the task of providing modal capacity LTB does not own any buses LTB does not operate any mode! LTB does franchise to private
operators coordinated with rail, etc.
Application ofinformation technology
Modal capacity is provided by many suppliers
London Transportprovides integrated
fares, schedules, andstandards
London Transport Busapplies Countown and
Mystery Shopper management resources
Understandsthe "full trip"of thecustomer
London Transport Bus: No Longer An OperatorLondon Transport Bus: No Longer An Operator
Mobility management for customers now strategic mission of London Bus
Findings of WestStart-CALSTART 2007 Phase II: BRT-Heavy Survey
Findings of WestStart-CALSTART 2007 Phase II: BRT-Heavy Survey
Migration of Elements: BRT elements to “migrate” to regular bus systems, vice versa, including: Real time passenger information Vehicle location Onboard surveillance Longer vehicles Branding/stylized vehicles More buses/Increased frequency Transit signal priority (TSP)
Opinion: BRT is part of the tide lifting all boats
Migration of Elements: BRT elements to “migrate” to regular bus systems, vice versa, including: Real time passenger information Vehicle location Onboard surveillance Longer vehicles Branding/stylized vehicles More buses/Increased frequency Transit signal priority (TSP)
Opinion: BRT is part of the tide lifting all boats
Project Cities in Planning PhaseProject Cities in Planning Phase
1850
76100
200
0
100
200
1998 2002 2006 2010 (est.) 2020 (F)
Growth In BRT Project Cities
1850
76100
200
0
100
200
1998 2002 2006 2010 (est.) 2020 (F)
Growth In BRT Project Cities
--sources: Sen. Banking --sources: Sen. Banking Committee, FTA, METRO Committee, FTA, METRO MagazineMagazine
ConclusionsConclusions
Technology Explosion Accelerating Driven by BRT, image, environmental
concerns Cost-Effectiveness May Be A Concern, but… New Technologies Enable New Revenues,
Even New Model of Service
Technology Explosion Accelerating Driven by BRT, image, environmental
concerns Cost-Effectiveness May Be A Concern, but… New Technologies Enable New Revenues,
Even New Model of Service
Questions?Questions?
Thank youThank you