CA A1: Systems and Components for E-Mobility€¦ · DGG Module (Super Capacitors) + BMS (Batteries...
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Main characteristics Power: 500 [W] Torque: 35 [Nm] Max. speed: 45 [km/h] Battery: 814 [Wh] Autonomy: 150 [km] SAM: Super Accumulator Module Tohyco-Rider Bus ASI BAC 1000 Bremse F-Sensor (Kettenkraft) M 3Ph RS485 to USB USB 2.0 RS485 Power UART/RS485 Analog Digital BATTERIE + BMS f f Radnabe E-Bike (herausgeführte M-Phasen) Radnabe E-Bike (herausgeführte M-Phasen) Hall-Sensoren Analog Analog Analog SOC 36VDC SCAPs’ Taiwan V1 300RPM 500W Bordnetzversorgung Antrieb Netzversorgung Oberleitung DC DC DC DC AC AC M M Traktionsmotor STG Klimaanlage CAN Energiemanagement 600V DC 24V DC 3X400V AC 3X420V AC DPU BNU CAN Energie Fluss Kommunikation Fluss SCAP Batterie DC DC Leistungselektronik Mikroelektronik Energy Pack Mikroelektronik DC DC DGG Module (Batteries LiFePo) BMS (Batteries Management System) Module (Super Capacitors) + + Energy Management + Power Management + Efficiency = Energy Efficient System Motor SCAP storage APU (hybrid) aux. battery (hybrid) Aux Aux Aux Aux Aux Aux Aux Aux IPT: Inductive Power transfer CAN CAN CAN CAN CAN CAN CAN CAN Stationary Smart-Grid Storage CA A1: Systems and Components for E-Mobility Autors: Prof. V. Härri, O. Duvanel E-bikes for the future (STROMER ST2) Overview of system The Roadmap SCAPS and other drives components Overview of system Swisstrolley 3: (Emergency Drive) An application: Trolleybus (Multi Use 2 Storage Energy Pack) 1. Emergency 2. ‘’Stop&Go’’ regeneration 3. Overhead wire stabilization 4. Catenary free line range extender
Transcript of CA A1: Systems and Components for E-Mobility€¦ · DGG Module (Super Capacitors) + BMS (Batteries...
Main characteristics
Power: 500 [W]Torque: 35 [Nm]Max. speed: 45 [km/h]Battery: 814 [Wh]Autonomy: 150 [km]
SAM: Super Accumulator Module
Tohyco-Rider Bus
ASI BAC 1000
Bremse
F-Sensor (Kettenkraft)
M 3Ph
RS485 to USB
USB 2.0
RS485
Power
UART/RS485
Analog
Digital
BATTERIE + BMS
ff
Radnabe E-Bike(herausgeführte M-Phasen)
Radnabe E-Bike(herausgeführte M-Phasen)
Hall-SensorenAnalog
Analog
Analog SOC
36VDC
SCAPs’
Taiwan V1 300RPM 500W
Bordnetzversorgung Antrieb
Netzversorgung
Oberleitung
DC
DC
DC DC
AC AC
M
M
Traktionsmotor
STG
Klimaanlage
CAN
Energiemanagement
600V DC
24V DC 3X400V AC 3X420V ACDPU
BNU
CAN
Energie Fluss
Kommunikation Fluss
SCAP Batterie
DCDC
Leistungselektronik
Mikroelektronik
Energy Pack
Mikroelektronik
DCDC
DGG
Module (Batteries LiFePo)BMS (Batteries Management System)Module (Super Capacitors) + +
Energy Management +
Power Management +
Efficiency=
Energy Efficient System
Motor
SCAPstorage
APU(hybrid)
aux. battery(hybrid)
Aux
AuxAux
Aux
AuxAux
Aux
Aux
IPT: Inductive Power transfer
CAN
CANCAN
CAN
CAN CAN
CAN
CAN
Stationary Smart-Grid Storage
CA A1: Systems and Components for E-Mobility Autors:Prof. V. Härri, O. Duvanel
E-bikes for the future (STROMER ST2)
Overview of system
The Roadmap
SCAPS and other drives components
Overview of systemSwisstrolley 3: (Emergency Drive)
An application: Trolleybus (Multi Use 2 Storage Energy Pack) 1. Emergency2. ‘’Stop&Go’’ regeneration3. Overhead wire stabilization4. Catenary free line range extender
