Consider an electric vehicle with the specifications shown in tuhe eow The wadis fos can be expressod as 60 where ρ-1.2041 kg m-3 is the density of air, 1. Calculate the required power at the who...
Consider an electric vehicle with the specifications shown in tuhe eow The wadis fos can be expressod as 60 where ρ-1.2041 kg m-3 is the density of air, 1. Calculate the required power at the whools (W.) for the top seed o 1 2. Assume the overall transmission officiency to be 93%, what is re 190 K necessary orgne power for this vehicle? 3. Assume we need to go 100 km per charge at 100 kmh-1, and from eroereros,ーīnow that the car (using a 144 V battery system) vwill draw around 190 A at 100r capacity of batteries do we need while maintaining an extra 20% a arge ater teonw? Table 1: Vehicle specifications Rolling resistance force, R 225 N 0.33 2.25 m 160 kmh-T 925 kg rag coefficie Frontal area, A Required top speed Mass
Consider an electric vehicle with the specifications shown in tuhe eow The wadis fos can be expressod as 60 where ρ-1.2041 kg m-3 is the density of air, 1. Calculate the required power at the whools (W.) for the top seed o 1 2. Assume the overall transmission officiency to be 93%, what is re 190 K necessary orgne power for this vehicle? 3. Assume we need to go 100 km per charge at 100 kmh-1, and from eroereros,ーīnow that the car (using a 144 V battery system) vwill draw around 190 A at 100r capacity of batteries do we need while maintaining an extra 20% a arge ater teonw? Table 1: Vehicle specifications Rolling resistance force, R 225 N 0.33 2.25 m 160 kmh-T 925 kg rag coefficie Frontal area, A Required top speed Mass