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Electric Car
 Cost- and CO2-Analysis

Car Maker - Type (model year):
Nominal Capacity: - kWh 
Accessory Consumption:
Thermal BMS:
Battery Degradation:
%
Type of Tire:
Tire Energy Labee:
Tire Pressure:
usable Capacity:
kWh
max. Speed:
km/h
mph
Curb Weight:
kg
lbs
Drag Coefficient:
 
 
Frontal Area:
m²
sq.ft
max Charging:
kW
 
 
Eff. Regeneration:
%
Figure of Merit:
%
Eff @ max. Speed:
%

Trip Information   

Payload (incl. Pax):
kg
lbs
Distance:
km
mi
Ø Speed:
km/h
mph
Upslope:
m
ft
Downslope:
m
ft
Street Condition:

Charge Strategy

SoC @ Departure:
%
min. SoC @ Destination:
%
SoC Recharge:
%
SoC @ Charge End:
%
Charging Speed:
kW
Time to Connect:
min

Environment

Wind:  
km/h
mph
Temperature:
°C
°F
Mean Elevation:
m.ASL
ft.ASL
Units for Results:
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Remarks:
Real Range @100 km/h
Consumption @100 km/h
Econ Speed
Cd*A
 
Route Analyisis: - − Econ @ -km/h
(Distance: -km, Upslop: -m, Downslop: -m)

Comparison   

¹ °car is discotinued and out of production.
¹ Range is based on fully charged battery capacity only (REX and ICE on PHEVs are NOT considered)
² car specifications contain assumptions, leading to reduced accuracy - data will be updated as soon as known.


Version: E / Data: with evCars