ge ohv drive systems technology update 06082006 wmea
DESCRIPTION
GE OHV DriveTRANSCRIPT
-
Thursday, June 8, 2006
Allen RandolphOHV Engineering Manager
GE OHV Drive Systems Technology Update
WMEA Conference
-
GE OHV Drive Systems Technology UpdateJune 8, 20062
A company with a history of innovation
1879 First carbon-filament incandescent lamp
1913 First commercially practical X-ray device
1942 Aircraft jet engine
1963 First electric drive for haul trucks
1983 Magnetic resonance imaging
1995 Worlds most powerful jet engine
2002 The most environmentally friendlylocomotive ever designed
-
GE OHV Drive Systems Technology UpdateJune 8, 20063
A company with a history of innovationin Mining
1960s First DC electric drive system for mininghaul trucks
1970s StatexTM DC control technology
1980s Trolley technology 400+ systems delivered
1990s First InvertexTM AC electric drive systemfor mining haul trucks
2000s Air cooled IGBT power electronicsHybrid Technology
9,000+ systems delivered world-wide
5,000+ systems in operation in 37 countries
-
The ability to lead innovation will be the primary management focus for this decade.
Jeff Immelt
-
GE OHV Drive Systems Technology UpdateJune 8, 20065
GE continues to invest in technology
Develop
GE320ACTM
GE150ACTM
Develop
GE240ACTM
Develop
GE360ACTM
Develop
Global Haul Truck Deliveries
GE200ACTM
-
The more demanding the environment outside, the more you need a capable drive system inside
-
GE OHV Drive Systems Technology UpdateJune 8, 20067
Dynamic Retarding Group- Dynamic Retarding Grids- Grid Blowers
Alternator- Traction Alternator Technology Motorized AC Wheels
- AC Induction Motors
AC Control Group- Microprocessor Cards / Algorithms- Air Cooled IGBT Power Electronics
Leveraging heavy haul locomotive technology to meet mining requirements
Advantages:9Performance9Reliability9Robust Components9Cost9Speed to Market
-
GE OHV Drive Systems Technology UpdateJune 8, 20068
GTA39 WM FAN CURVES @ 1900 RPM AND CG FLOW (3V / 5H HOLES OPEN)TESTED 5/7/01 - 40 in diameter impeller - 0.075 lb/ft^3
Sp = -4E-08cfm2 - 0.0011cfm + 25.566
HP = 5E-08cfm2 + 0.0024cfm + 72.557
0
5
10
15
20
25
1000 2000 3000 4000 5000 6000 7000 8000 9000 10000 11000 12000 13000 14000
Flow (cfm)
S
p
(
i
n
W
g
)
0
50
100
150
200
2501000 2000 3000 4000 5000 6000 7000 8000 9000 10000 11000 12000 13000 14000
P
o
w
e
r
(
s
h
p
)
SpCG FlowAlt. FlowKsys=.215Ksys=.1692ksys=.3137Power
Integrated Drive System Development ProcessRequirements Definition /
System DesignComponent Design
Development
Advanced SimulationsSystem and Component Validation
GTA41 Airflow Scheme
Air In Air to Control Group
Air to Wheel Motors
Air to Alternator
Plenum Chamber Validation (Performance)
FEA Structural Analysis (Reliability)
System Airflow = Sum of Component Airflows
Device Existing airflow (cfm) Required Airflow @ 1700 rpm (cfm)
Wheel Motor (2) #### ##### Control Group #### #####
Alternator ##### #####
-
GE OHV Drive Systems Technology UpdateJune 8, 20069
Insulated Gate Bipolar Transistor (IGBT)
Locomotive based design ~20,000 IGBT
Inverters in service
Smaller and lighter component
designed for maintainability
Reduced complexity
Fewer control components
Simpler control and diagnostics
Robust air-cooled design
Five fold inverter reliability improvement
1,000,000 hours of OHV field experience
Single Inverter Stack up to 2000 HP
Dual Inverter Stack up to 4000 HP
Delivering the latest innovations
-
GE OHV Drive Systems Technology UpdateJune 8, 200610
GTO and IGBT Inverter Comparison
Gate-Turn-Off Thyristor (GTO) Can be switched between:
High impedance low current Off state Low impedance high current On state
Gate switching at any circuit current: Turned on with forward gate voltage Turned off with reverse gate voltage
Insulated Gate Bipolar Transistor (IGBT) Can be switched between:
High impedance low current Off state Low impedance high current On state
Snubberless Power Circuit fewer components IGBTs in parallel for higher current capacity
-
GE OHV Drive Systems Technology UpdateJune 8, 200611
GTO Control System
GATEDRIVER
PHASE MODULE
DC-
DC+
GATE DRIVEPOWERCONTROLLER
FL320PANEL
CMA
CMBDIT
GATE DRIVEPOWERSUPPLY
-
GE OHV Drive Systems Technology UpdateJune 8, 200612
IGBT Control System
GATEDRIVER
PHASE MODULE
DC-
DC+
GATE DRIVEPOWERCONVERTER
FL375PANEL
CMA
CMB
-
GE OHV Drive Systems Technology UpdateJune 8, 200613
Industry Leader in Heavy Haul Traction Drives
Easy to Use Diagnostics 2 line full text DID panel >300 fault codes PTU (laptop) interface
IGBT Technology State of Art IGBT Snubberless
Power Circuit Simple and Robust Air Cooled
Design no leakage or environmental concerns
Proven GE AC4400/EVOTMLocomotive Experience
Systems Capable of 4,100 HP Motoring / 6,000 HP Retarding
Higher Efficiency and Reliability...Low Life Cycle Cost
AdvancedTraction Control Independent Wheel
Control Wet Weather RetardTM Advanced spin/slide
control State of Art Digital
Alternator Control Hill start hold
Optimized ControlCabinet Isolated High and Low
Voltage Compartments Maximized use of solid
state electronics
-
GE OHV Drive Systems Technology UpdateJune 8, 200614
Delivering the latest innovations
wPTUTMWindows based, portable software solution for communicating with OHV drive systems;Aids in system diagnostics;Provides real-time graphic capability of system events and parameters.
Pocket PTUAll of the common capabilities of the wPTU Toolbox, in a convenient size;Supports Statex III and Invertex Drive Systems
-
GE OHV Drive Systems Technology UpdateJune 8, 200615
GE320AC GDY106 Wheel Motor AC Traction Motor 5GEB16
Over 23,000,000 hours of OHV
proven service
No running maintenance
Transmission GDY106
Robust Heavy-Duty Design
1,400,000+ hours of OHV
proven service
Delivering 24,000 hr MTBO
Minimal running maintenance
Delivering the latest innovations
-
GE OHV Drive Systems Technology UpdateJune 8, 200616
GE240AC GEB25 Wheel Motor AC Traction Motor 5GEB13
Proven Locomotive AC Motor+26,000 in
service on AC4400/EVO
No running maintenance
Transmission GEB25
Robust Heavy-Duty Design based on
proven GE787 design
Designed for 24,000 hr MTBO
Minimal running maintenance
Delivering the latest innovations
-
GE OHV Drive Systems Technology UpdateJune 8, 200617
Delivering the latest innovations
Whisper GridsTMRetarding Assemblies for applications requiring low noise emissions
Standard configuration delivers up to 25 dBA Sound Power Reduction
Strong application knowledge provides Customized Solution
Available for new production or aftermarket
-
TheGE150ACTM
Giving new meaning to peak performance
-
GE OHV Drive Systems Technology UpdateJune 8, 200619
GE150ACTM
Alternator1,800 gHP capabilitySelf-ventilatedAdvanced excitation system -
enables faster response to power demand
AC Control GroupAir-Cooled IGBT Inverter - highest
available efficiency and reliability
Optimized package design for easy and safe access
GE InvertexTM AC control with independent wheel motor control and hillstartTM and spin/slideTM algorithms
Motorized AC Wheels Fixed ratio planetary
transmission - Industry proven GE776/791 gearing configuration.
GEB15 traction motor - Proven concept with > 1,000,000 hrs in locomotives and minimal running maintenance (brushless)
Dynamic RetardingMaximum 2,700 HP
retarding capability to 12,000 ft
Designed to incorporate GE WhisperGridTM
-
The GE200ACTM
A high-performance drive system for the most
dynamic mining environments
-
GE OHV Drive Systems Technology UpdateJune 8, 200621
GE200ACTM
Alternator2,500 gHP capabilityCooling air for main controlsAdvanced Excitation System - enables
fast response to power demands
Motorized AC Wheels
Fixed ratio planetary transmission - Industry proven GE787 gearing configuration.
GEB13 traction motor - Proven concept with > 26,000 in locomotive serice
Minimal running maintenance (brushless)
Dynamic Retarding
Maximum 3,700 HP retarding capability
Single blowerDesigned to incorporate
GE WhisperGridTMpackages
AC Control GroupAir-Cooled IGBT Inverter - highest
available efficiency and reliability
Two high-capacity retard contactors less maintenance
GE InvertexTM system control -independent wheel motor control and spin/slide, hillstart and thermal self protection algorithms
-
The GE240ACTM
A high-performance drive inside for a demanding
environment outside
-
GE OHV Drive Systems Technology UpdateJune 8, 200623
GE240ACTM
Alternator2,700 gHP capabilityCooling air for main controls and wheel
motors
Advanced Excitation System - enables fast response to power demands
Motorized AC Wheels
Fixed ratio planetary transmission - Industry proven GE787 gearing configuration.
GEB13 traction motor - Proven concept with > 26,000 in locomotive service
Minimal running maintenance (brushless)
Dynamic Retarding
Maximum 4,300 HP retarding capability
Designed to incorporate GE WhisperGridTMpackages
AC Control GroupAir-Cooled IGBT Inverter - highest
available efficiency and reliability
Only two high-capacity retard contactors less maintenance
GE InvertexTM system control -independent wheel motor control and spin/slide, hillstart and thermal self protection algorithms
-
The GE320ACTM
Over 11 million hours of experience
-
GE OHV Drive Systems Technology UpdateJune 8, 200625
GE320ACTM
Motorized AC WheelsDelivering 24,000 MTBO
at nominal 1,112,000 lbs with over 1,400,000 hours of OHV service
Industry proven GEB16 Traction Motor with over 23,000,000 hours in OHV service
Removable inboard thrust washer
Increased continuous retard capability
Sea level to 12,000 ft capability without derating
Designed to incorporate GE WhisperGridTM
Dynamic Retarding
2,700 or 3,500 gHP capabilityCooling air for main controls and wheel
motors aux blower elimination
Advanced Excitation System - enables fast response to power demands
Alternator
Air-Cooled IGBT Inverter - highest efficiency and 5x reliability improvement
High-capacity rectifier up to 3500 HP applications
GE InvertexTM AC control - with spin/slide, hillstart and thermal self protection algorithms
AC Control Group
-
The GE360ACTMAll innovations coming
together, full circle
-
GE OHV Drive Systems Technology UpdateJune 8, 200627
GE360ACTM
AC Control Group Dual IGBT inverter highest
available reliability
Continuous motoring capability up to 12% equivalent grade
GE InvertexTM AC control with spin-slide, hill start and thermal self-protection algorithms
Motorized AC Wheels
Designed for 24,000 hours MTBO at nominal 1,250,000 GVW based on GDY106 Wheelmotor
High HP Traction Motor delivers 6,000 HP continuous retarding capability
Redundant brake/transmission fluid sealing arrangement increased reliability
AlternatorRated for upto 3,500 ghpProvides cooling air for main controls and
wheel motors
Advanced excitation system enables fast response to power demands
Dynamic Retarding
Continuous 6,000 hp retarding capability to 12,000 feet
Designed to incorporate GE WhisperGridTM
-
GE OHV Drive Systems Technology UpdateJune 8, 200628
Corporate Research & Development
Niskayuna, NY
JFW Technology CenterBangalore, India
GE continues to Invest in technology
China Technology CenterShanghai, China
Global Research EuropeMunich, Germany
-
GE OHV Drive Systems Technology UpdateJune 8, 200629
Traditional Electric Truck Power Flow
Propulsion power
Retarding power
Dissipated heat
Engine power
Fuel
-
GE OHV Drive Systems Technology UpdateJune 8, 200630
Fuel
Power Flow with Hybrid Technology
Energy Storage System
Hybrid power
Fuel ReductionHP Boost
Engine power
Propulsion power
Retarding power
Dissipated heatDissipated heat
-
GE OHV Drive Systems Technology UpdateJune 8, 200631
Komatsu 830E Battery Placement(Demo Only)
8x RF Deck
Hybrid Development Program
US DOE Awarded GE Proof of Concept Demo
9Power Circuit Design9Define Battery Technology9Mission Analysis Tool Developed9GE Global Research Sub-scale testing9GE Erie Power Lab Full-scale SimulationTruck Integration: Komatsu 240TACBattery & Control PackagingKomatsu PG Demo and design tool
validation - 2006
2x 2mH inductors
Hybrid ControlGroup
4x BumperExtension
2002 2006 2007
Prototype Integration ProductionDesign
2010
Phase IIProof of Concept
-
GE OHV Drive Systems Technology UpdateJune 8, 200632
Extreme Safety and Environmentally friendly- no hazardous chemical disposal
High energy and power density (weight)
High-energy efficiency
Maintenance-free construction
Long useful life
High reliability
Properties independent of ambient conditions
OHV Energy Storage CTQs
-
GE OHV Drive Systems Technology UpdateJune 8, 200633
GE Erie Simulation Lab Testing
Full Power SystemValidation
12 batteries 17KG535:
D-IGBT Control Group Hybrid Control Group Inductors
17KG535 Group
BatteriesInductors
Hybrid Control Group
-
GE OHV Drive Systems Technology UpdateJune 8, 200634
GE Technology Focused on Driving LCC
TonAvailabilityMaximize fleet up-time
MaintenanceRobust-simple design maximizes MTBO, AC delivers minimal running maintenance
$
Fuel SavingsHybrid system utilizes stored energy
to offset Engine HP, offers extended Engine OH
cycle, Reduced fleet
PerformanceHigh retard HP limits mechanical brake wear, Traction controls optimizes tire life
ProductivityHybrid system utilizes stored energy
as supplement to engine HP toincrease speed on grade
PerformanceAC provides top speed on-grade, top vehicle speed and broad retard envelope
-
GE OHV Drive Systems Technology UpdateJune 8, 200635
Innovation continues
Future1996 2006
7
777
7GE200ACGE200ACGE360ACGE360AC
GE240ACGE240AC
GE150ACGE150AC
GE320ACGE320AC
7
1996
7GE791GE791
GE776GE776
7GE772GE772
7GE787GE787
1966
7GE788GE788