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Jeep Avenger


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michele sità
A

Activity Newest / Oldest

L

Zenatti

jeep avenger


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Katya_ABRP

Merged with: Jeep Avenger

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Paolo Airoldi

54kw (51kw)
408 km wltp
15,2 kwh/100km wltp
1536 kg


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Katya_ABRP

Merged with: Jeep Avenger

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Zeno Sama

1 - Battery: 54 kWh
2- Range: 396 Km WLTP - 570 Urban
3 - Weight: 1536 Kg
4 - Power 115 kW (156 CV)


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Lennard S.

Jeep Avenger 1st Edition 115 kW / 260 Nm :

- Usable Battery Capacity : 51 kWh
- Range (WLTP is preferred) : 389-404 km
- Weight : 1.536 kg
- Dimensions (Height, Width, Length) 1,53 m / 1,78 m / 4,08 m
- Coefficient of Drag : 0,34
- Coefficient of Rolling Resistance : ?
- 20-80 % SoC : 24 min at 100 kW
- 11 kW AC, up to 100 kW DC
- WLTP-Consumption : 15,3-15,9 kWh/100 km


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Katya_ABRP

Merged with: Jeep avanger

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Michele Marchesi


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Siebe Osinga

Could you please add the new Stellantis vehicles? (Jeep Avenger(new), DS3, Peugeot 208 all have a new battery for example.)


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Katya_ABRP

Merged with: Please add new Stellantis vehicles

M

MICHELE SITA


M

MICHELE SITA

I would like to know when do you think to insert it? tks all the best


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R

Robin M

Car of the year 2023


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Katya_ABRP

Merged with: Jeep Avenger

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enrico mihalich


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Katya_ABRP

Merged with: Jeep Avenger

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Katya_ABRP

Merged with: Jeep Avenger

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Dolf Moerkens


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Justus D

115 kW (156 PS), 1536 kg, 15,3–15,9 kWh, 54 kWh (brutto), 51 kWh (netto), 389–404 km


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P

paradox

100kW peak charge, 20%-80% 24 minutes,


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paradox


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Katya_ABRP

Merged with: Add Jeep Avenger

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Katya_ABRP

Merged with: Jeep Avenger

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Justus D

Battery: 50,8 kWh
Consumption: 15,7 to 16,5 kWh
Range (WLTP): 394 km
Weight: 1.536 kg.


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Katya_ABRP

Merged with: Jeep Avenger

P

Patrick Delhaye

54 kWh


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Katya_ABRP

Status changed to: User feedback

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Katya_ABRP

Hi Michele,

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


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