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V2G and the Vehicle Hardware - Where Does the …...Conductive System – from a communication...
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V1.0 | 2017-04-13
Vector E-Mobility Engineering Day 2017 | Thursday, April 27th | Vector Informatik GmbH, Stuttgart
V2G and the vehicle hardware - Where will the journey lead us?
Introduction
Introduction
E-Mobility Vehicle-to-Grid
Vectors eMobility Embedded Hardware
What's next?
Conclusion
2
Use Cases for V2G Introduction
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Electromobility – the future? Introduction
Source: https://www2.deloitte.com/content/dam/Deloitte/de/Documents/consumer-business/Deloitte_Sonderbeilage%20Automobilwoche2017_safe.pdf 4
E-Mobility Vehicle-to-Grid
Introduction
E-Mobility Vehicle-to-Grid
Vectors eMobility Embedded Hardware
What's next?
Conclusion
5
From a System Perspective E-Mobility Vehicle-to-Grid
4G LTE
OBD DSRC
Suppliers OEM
Public Clouds
Energy Provider
ITS Operator
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From a Software perspective E-Mobility Vehicle-to-Grid
Test tools Simulate, test and validate the functionality of the communication
AUTOSAR Standard Basic Software for wired and wireless communication
Charge Spot Software Interoperability between OEMs
Functional Cloud Computing Applications running in the backend
… Many more available
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From a Hardware perspective E-Mobility Vehicle-to-Grid
GSM Module GSM for connectivity to backend
WiFi local interconnection
Smart Charge Communication conductive or inductive
Functional Cloud Computing Powerful backend infrastructure
… Many more available
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Wired communication with Infrastructure Interoperability Availability Authorization
Wireless communication Inductive charging Automated parking / positioning Updates
Focus on eMobility needs of V2G – Automotive in Europe E-Mobility Vehicle-to-Grid
Based on Ethernet
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Wired communication with Infrastructure Interoperability Availability Authentication
Wireless communication Opportunity charging Automated positioning In-vehicle Information to Operator
Focus on eMobility needs of V2G – Commercial Vehicles in Europe E-Mobility Vehicle-to-Grid
Based on Ethernet
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Vectors eMobility Embedded Hardware
Introduction
E-Mobility Vehicle-to-Grid
Vectors eMobility Embedded Hardware
What's next?
Conclusion
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Introduction – Vector Controller Vectors eMobility Embedded Hardware
Vector Controller Product Family
VC121-12 Multi-GW (CAN, LIN, FR, OABR)
VC54S-12 Sensor-Cluster-GW (SENT, PSI5)
VC36PLC-24 Smart Charging ECU (PLC)
VC36B-12 Ethernet Switch (100Base-T1)
Communication ECUs for Development and Small Series
Production
ECUs can be used as
Evaluation Hardware
Development Samples
Series ECUs VC121-12
VC54S-12
VC36PLC-24
VC36B-12
WiFi Add-On
today …
t
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VC36PLC-24 Vectors eMobility Embedded Hardware
Clamp 30, 31
3x CAN HS 1x PLC (CP, PE)
Voltage Supply 10…32 V
PowerManagement (incl. Window-Watchdog)
1x Sensor Supply5 V, 70 mA
3x Analog InputPT1000 temp. sensors
Diagnostics
1x Analog InputPlug Present
Diagnostics
1x Analog InputInlet latch motor position
Diagnostics
1x High-side Output24V, 5A
Diagnostics
4x Highside Output 24 V, 200 mA
Diagnostics
3x LED OutputCharging status indication
Diagnostics
1x H-Bridge 12V 5ALatch motor drive
Diagnostics
VC36PLC-24
1x Digital InputCharging abort switch
Diagnostics
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Conductive System – from a communication perspective Vectors eMobility Embedded Hardware
Vehicle
Energy Data Management
Battery Management
System
VC36PLC-24
Switch Box
PE CP PP
EVSE
Conductive
Diagnostic Tester
Central Gateway
Switch CAN
Diagnostic CAN
Vehicle CAN
Inlet Control
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What's next?
Introduction
E-Mobility Vehicle-to-Grid
Vectors eMobility Embedded Hardware
What's next?
Conclusion
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Opportunity Charging What's next?
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WiFi System – Communication Perspective What's next?
Vehicle
Energy Data Management
Battery Management
System
WiFi System
Switch Box
Switch CAN
Diagnostic CAN
EVSE
Inductive
Inverted Pantograph
Pantograph
Vehicle CAN
Diagnostic Tester
Central Gateway
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External Device with WiFi ECU with WiFi
Extension of Wireless Communication - Some Ideas What's next?
SCC VC36PLC-24
External
Switch CAN
CAN
ETH
Vehicle-CAN
System to match ISO15118-2 2nd Edition
Vehicle-CAN
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Vehicle Backend
ETH-Backbone ETH-Backbone
Architectures and Applications What's next?
Application Backend
OEM Backend
Dom
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Dom
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Dom
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Dom
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Dom
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Dom
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Adverts Livedata
POI
…
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Conclusion
Introduction
E-Mobility Vehicle-to-Grid
Vectors eMobility Embedded Hardware
What's next?
Conclusion
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Summary Conclusion
V2G will be an essential part of
tomorrows vehicles
Electromobility will increase
Common Standard necessary for
interoperability
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Your Questions are Welcome Conclusion
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© 2017. Vector Informatik GmbH. All rights reserved. Any distribution or copying is subject to prior written approval by Vector. V1.0 | 2017-04-13
For more information about Vector and our products please visit www.vector.com
Author: Jonas Leserer Vector Germany