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Volvo EX90 Twin Motor AWD Plus Executive Edition PILOT A
Elektrisk
300 kW (408 HK), 15 km, 09/202576.959 EURinkl. moms
300 (408)
15
09/2025
76.959 EURinkl. moms
Förbrukning och emissionvärden (kombinerat): 20,8 kWh/100km* • 0 g CO2/km** • CO2-klass A
002001_Pt4
Volvo EX90 Twin Motor AWD Ultra 7 AHK LUFT B&W 21LM NAVI
Elektrisk
300 kW (408 HK), 20.796 km, 10/202476.990 EURinkl. moms
300 (408)
20.796
10/2024
76.990 EURinkl. moms
Förbrukning och emissionvärden (kombinerat): 21,1 kWh/100km* • 0 g CO2/km** • CO2-klass A
005167_PT1
Volvo EX90 Ultra Twin Motor 7 AHK LUFT LED 21LM NAVI
Elektrisk
300 kW (408 HK), 6.178 km, 01/202579.790 EURinkl. moms
300 (408)
6.178
01/2025
79.790 EURinkl. moms
Förbrukning och emissionvärden (kombinerat): 21,0 kWh/100km* • 0 g CO2/km** • CO2-klass A
002993_GT4
Volvo EX90 Twin PERFORMANCE Ultra 7SITZE BW LM22 PILOT-
Elektrisk
380 kW (517 HK), 6.500 km, 11/202479.949 EURinkl. moms
380 (517)
6.500
11/2024
79.949 EURinkl. moms
Förbrukning och emissionvärden (kombinerat): 21,1 kWh/100km* • 0 g CO2/km** • CO2-klass A
* The information is provided in accordance with the Passenger Car Energy Consumption Labelling Regulation. The stated values were determined in accordance with the prescribed WLTP (World Harmonised Light Vehicles Test Procedure) measurement method. The fuel consumption and CO2 emissions of a car depend not only on the efficient utilisation of fuel by the car, but also on driving style and other non-technical factors. CO2 is the main greenhouse gas responsible for global warming.A guide to the fuel consumption and CO2 emissions of all new passenger car models offered in Germany is available free of charge in electronic form at any point of sale in Germany where new passenger cars are displayed or offered for sale. The guide is also available on the Internet at: https://www.dat.de/co2/.
** Only the CO2 emissions resulting from the operation of the car are specified. CO2 emissions caused or avoided by the production and provision of the car and the fuel or energy source are not taken into account when determining CO2 emissions in accordance with the WLTP. © powered by AutoDo!
