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 Error! Reference source not found. 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: Error! Reference source not found. Error! Reference source not found. 3 Rev 1.1 Error! Reference source not found. 3 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