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Added on the 12/07/2011 14:42:01 - Copyright : Auto Moto EN
Nissan’s innovative e-POWER family has expanded, with the new Qashqai Ti e-POWER arriving in Australia to offer customers an exciting option in the city-friendly SUV space.Featuring Nissan’s pioneering powertrain, e-POWER combines an advanced petrol engine with an electric motor and 2.1kWh battery to deliver smooth driving power and impressive fuel efficiency+.The Qashqai e-POWER is available on the flagship Ti trim level. The model also benefits from the range-wide improvements made to the recently updated Qashqai that has already launched in Australia, including CMF-C platform, practicality increases, tech updates and its high-tech safety systems.The Qashqai’s Ti e-POWER system comprises a high-output battery complemented by a variable compression ratio 1.5-litre three-cylinder turbocharged petrol engine, a power generator, inverter and an electric motor.The petrol engine generates the electricity, which can be transmitted via the inverter to the battery pack, the electric motor, or both, according to the driving scenario. Nissan’s e-POWER also delivers fuel use of just 5.2L/100km+ on the combined cycle.
Since its debut in September 2022 Nissan's innovative e-POWER has seduced over 100,000 customers. To date, 65,367 Qashqais and 34,663 X-Trails, equipped with this powertrain, have been sold in Europe.What sets e-POWER apart is that the wheels are solely driven by an electric motor. This means the drive is effortless, smooth and quiet – much like a full electric vehicle. Indeed, e-POWER customers' feedback shows that they particularly appreciate the quietness and easy driving characteristics of the powertrain. The advanced and efficient petrol engine within the e-POWER system is used only to generate electricity, which charges the on-board battery and powers the wheels through the electric motor.When low power is required to drive the vehicle and when battery has enough power, the electric motor driving the wheels is only using electricity from the battery. If more power is needed, the engine generates electricity to power the electric motor and charge the battery. When maximum power is required, the electric motor takes electricity from both the engine and from the battery. Additionally, anytime possible power regeneration takes place and energy from vehicle motion is sent back to the battery.In addition, electrical energy generation is controlled according to road conditions. When road noise increases due to surface conditions and vehicle speed, the engine switches on to charge the e-POWER battery pack. This reduces the need for the engine to operate under otherwise quieter conditions.
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