To help us build the model, would you please also provide as much of the following information as you can find online (Ordered from most to least important):
- Usable Battery Capacity
- Range (WLTP is preferred)
- Weight
- Dimensions (Height, Width, Length)
- Coefficient of Drag
- Coefficient of Rolling Resistance
We can build a model based on only a partial set of these, but the more data you can provide the better the model will be. For charging, at least some of the following data is needed:
- Peak Charge Power
- Charge Time (including start/end %)
- Plot of Power vs SoC %
A video of a charging session from low to high SoC would also work quite well.
Hello,
here are some data from the manufacturer :
- Usable battery capacity range : 490 km WLTP (brut capacity : 70,2 kwh, net capacity : 67 kwh)
- weight : 2065 kg
- Dimensions : 4783 x 1852 x 1448 mm
- coefficient if drag : 0,25
- coefficient of rolling resistance : unknow
- peak charge power : 180 kw (DC) and 11 kw (AC)
- charge Time :
10-80% (DC) : 32 min
0-100% (AC) : 7h
Hi Team, just checking whether you had the chance to add the car to the available options on ABRP based on the input from Alex above? (+ first models of this version seems to be available on the market now)
Activity Newest / Oldest
Joeri Heyman
any idea as when this cas will be added? would like to plan some longer travels and ABRP is a big help in this.
Thierry Lamarche
Pouvez vous ajouter ce modèle merci
Jon D
Hi is there any update on this?
Martin Kopecky
Weight 2.065 kg
Lenght 4.783 mm
Widht 1.852 mm
Width inclusive mirrors 2.073 mm
Height 1.448 mm
Reinhard Geike
Yes, also waiting for the Modell. I can pick the car end of January 2023
Katya_ABRP
Status changed to: In progress
Katya_ABRP
Status changed to: User feedback
Katya_ABRP
Hi Theller,
Thank you for the suggestion!
To help us build the model, would you please also provide as much of the following information as you can find online (Ordered from most to least important):
- Usable Battery Capacity
- Range (WLTP is preferred)
- Weight
- Dimensions (Height, Width, Length)
- Coefficient of Drag
- Coefficient of Rolling Resistance
We can build a model based on only a partial set of these, but the more data you can provide the better the model will be. For charging, at least some of the following data is needed:
- Peak Charge Power
- Charge Time (including start/end %)
- Plot of Power vs SoC %
A video of a charging session from low to high SoC would also work quite well.
/Katya
Theller Alexandre
Hello,
here are some data from the manufacturer :
- Usable battery capacity range : 490 km WLTP (brut capacity : 70,2 kwh, net capacity : 67 kwh)
- weight : 2065 kg
- Dimensions : 4783 x 1852 x 1448 mm
- coefficient if drag : 0,25
- coefficient of rolling resistance : unknow
- peak charge power : 180 kw (DC) and 11 kw (AC)
- charge Time :
10-80% (DC) : 32 min
0-100% (AC) : 7h
Alex
Kreise Abgelegen
Range and charging Electric range in km (WLTP) 406-483
Capacity lithium-ion battery (net / gross) in kWh 67 / 70,3
Charging time DC in minutes, e.g. at DC fast charging station (charging power 250 A; 10% – 80%) 41 min
Charging time AC in hours, e.g. with Flexible Fast Charger / Wallbox (charging power 11 kW, 0% – 100%) 7 hrs
Adrien
Hi Team, just checking whether you had the chance to add the car to the available options on ABRP based on the input from Alex above? (+ first models of this version seems to be available on the market now)
Many thanks again for your work and software!
Adrien
Joeri Heyman
DO you have a status please, more ranges can be fount in evdatabase.com (in different circumstances e.g. city vs highway, temperature etc.