Customer Evaluation Sheet

Automation and Drives
Customer Evaluation Sheet about the ELFA® Drive System for Hybrid Vehicles
Customer:
Name, Address
__________________________
__________________________
Type of Customer:
Vehicle Manufacturer
_ Engineering Company
Transit Authority
Vehicle Data
Prototypes:
Time Frame:
_____________ months
Numbers:
_____________ /month
Series Production:
Time Frame:
_____________ months
Numbers:
_____________ /month
Technical Data:
Type of Vehicle:
_____________
Vehicle Length:
m/ft
_____________ ft
Vehicle Weight (empty):
_____________ lbs
t/lbs
Vehicle Weight (loaded):
t/lbs
_____________ lbs
max. Vehicle Speed:
kph/mph
_____________ mph
max. Gradeability:
Climbing Ability
_____________ %
Continous Gradeability:
Climbing Ability
_____________ %
Dynamical Wheel Diameter: _____________ mm
Ratio of Drive Axle:
_____________
Front Area:
_____________ mm²
Rev 1.1
06/01/2010
Type of Drive System:
Combustion-Electric
Combustion-Hybrid
Fuel Cell-Hybrid
Pure Fuel Cell
Pure Battery
Combustion Engine:
Type/Name:
_____________
Power:
_____________ kW
Torque:
_____________ Nm
Speed:
_____________ min-1
CAN Bus
Yes No.
Energy Storage System:
Type/Name:
_____________
Power:
_____________ kW
Voltage:
_____________ kW
Capacity:
_____________ Ah
CAN Bus
Yes No.
Fuel Cell System:
Type/Name:
_____________
Power:
_____________ kW
Voltage:
_____________ kW
Capacity:
_____________ Ah
CAN Bus
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Error! Reference source not found. 3
Rev 1.1
Yes
No
Error! Reference source not found. 2
06/01/2010
Electronic vehicle control unit:
CAN
CAN Bus
Bus
Yes
No
Yes No.
Electrical Interfaces:
Traction Voltage Level 600 V?
Yes No.
Auxiliary Voltage Level 24 V?
Yes No Mechanical Integration:
Only gearbox
Tractionavailable?
Motor (own integration)Yes
Own
No
RE-28-720
Summation Gear Box
Type of Operation:
„Zero Emission“ Performance required?
Yes No.
if yes, approx. for
forwhich
whichdistance
distanceatatwhich
whichspeed?
speed? _______km/m
Approximately
m
________kph/mph
mph
Battery Data: Please fill in the terminal voltage for these conditions
SOC
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
Current
Discharge
100%
80%
60%
40%
20%
0%
Charge
-20%
-40%
-60%
-80%
-100%
Define: 100% Discharge - Current Value:
100% Charge - Current Value:
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Rev 1.1
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06/01/2010
Please include further available diagrams for the battery, such as:
- Permissible voltage / current over SOC, C factor as array parameter
- Permissible voltage / current over SOC, ambient temperature as array parameter
- Permissible voltage / current over SOC, expired cycles as array parameter
NOTES:
Rev 1.1
06/01/2010
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