Each group should select/calculate: A. B. C. Total battery energy, numbers of battery units and the groupings of battery units Motor with proper ratings. Transmission ratio if necessary. . Acceleration time form 0-30km/h, 0-60km/h and O-lOOkm/h, e.g.it is better to get 8 seconds for 0-60km/h acceleration. The operation ranges for at 60km/h and 100km/h. . The max. speed for 100km operation range. . The design should consider the use of energy recovery system, i.e. the super capacitor system and estimate for how far the operation range can be extended (in 96}. . Use following energy conversion efficiency values for calculation H.1 Motor driver: 0.85 Please neglect the weight of motor driver and voltage boosting device for super capacitors. Calculate the structure weight of the car by eliminating the equipment and passenger weight. Comment the feasibility of the structure. Bonus marks will be given for answering the question: 0 The terminal voltage of super capacitor is depended on the energy (charges) stored in the capacitor. During discharging the capacitor voltage will drop quickly. Describe what will happen on the motor and driver. Suggest remedial actionls) to overcome the drawback