Nissan launches third generation e-POWER technology in Europe; N. America to come
27 June 2025
Nissan is launching the most advanced form of its unique e-POWER technology in Europe. First launched in Europe four years ago, e-POWER was developed to deliver an electric-drive experience without the need to plug in—combining the smooth, effortless acceleration and refinement of an EV with the everyday convenience of traditional combustion power.
The third generation system has been comprehensively re-engineered for better fuel efficiency, lower emissions and elevated refinement.
The e-POWER gasoline engine is used only to generate electricity which is distributed directly to the electric motor to drive the wheels, as well as to charge the battery if needed.
Unlike traditional hybrids, there is no complicated gearbox and coupling to combine gasoline power and electric energy to drive the wheels, meaning response is instant and the drive is always smooth, just like an EV. And like an EV, the regenerative braking system on e-POWER converts kinetic energy into electrical energy, fed back into the battery.
New e-POWER takes this concept and elevates it further to deliver a balance of performance, EV-like refinement and real-world fuel efficiency—but with the range and flexibility of a traditional combustion engine vehicle.
When installed in the European Qashqai, the new, third generation e-POWER brings major improvements across every key area:
Fuel consumption: reduced to 4.5L/100km (WLTP) – best-in-segment figures equating to a potential range of 1200km
CO2 emissions lowered from 116g/km to 102g/km - a 12% reduction compared with the current iteration
Cabin noise: reduced by up to 5.6dB compared to previous generation – offering EV-like refinement
+10kW boost in Sport Mode - delivering a more responsive and engaging drive
At the core of the New e-POWER is a newly-developed 5-in-1 modular powertrain unit, which integrates the electric motor, generator, inverter, reducer and increaser into a compact and lighter package. Combined with improvements to engine calibration and sound insulation, the system reduces both noise and vibration under load. Overall, power is up by 11kW, at a maximum of 151kW. The battery capacity is unchanged at 2.1 kWh.
Despite having a similar three cylinder 1.5-liter turbo configuration as the out-going version, the engine is all-new and is now dedicated to its application in e-POWER. It adopts Nissan’s proprietary STARC combustion concept, which has lifted thermal efficiency to 42% by stabilizing in-cylinder combustion, which enables the engine to operate more quietly and effectively at lower speeds.
A new, larger turbo has been fitted, which also brings efficiency gains, allowing a 200rpm reduction in engine speeds during highway driving, contributing to the lower overall noise level.
The variable compression ratio technology found on the previous version has been rendered redundant by the other changes to the engine.
Additional engine efficiency has been generated by the change to 0W16 lubricating oil, reducing internal friction. European customers who purchase a Qashqai will also appreciate the new, longer service intervals which have been extended from 15,000km to 20,000km.
The net outcome of all the changes to the e-POWER system is that independent testing using the fuel efficiency evaluation protocol from ADAC, Germany’s leading automobile association, shows up to 16% better fuel economy in real-world conditions, and 14% improvement on the highway fuel consumption versus the current generation.
This new, third generation e-POWER system redefines Nissan’s hybrid technology providing smooth and responsive driving in all conditions. We’ve embedded close to a decade of learnings to ensure the system is more efficient, more refined and more competitive. The launch with Qashqai is just the beginning, we look forward to delivering this advanced powertrain to customers in North America and Japan in FY26, with other markets to follow.
—Eiichi Akashi, Chief Technology Officer and executive officer, Nissan Motor Corporation
The latest Qashqai equipped with new e-POWER is built at Nissan’s state-of-the-art factory in Sunderland, UK. It will be available in European markets from September 2025 and rollout across Africa and Oceania in the months ahead.
Following the introduction on Qashqai, third generation e-POWER will debut in North America on the next-generation Rogue in FY26. It will also serve as the powertrain for the new fourth-generation Elgrand large minivan, which is scheduled to arrive in Japan within FY26.
I was not aware that anyone was pursuing a true serial hybrid. It was kind of the Holy Grail back in the early days of PHEV. IIRC, Fisker wanted to do it. It may be be an evolutionary dead end on the march to EVs, but it's impressive none the less. It appears to outperform the RAV4 hybrid, 50 mpg to 40.
I'm truly flabbergasted that a 2.1 KWh battery is an adequate buffer.
Posted by: Albert E Short | 27 June 2025 at 12:34 PM
At 4.5 lit per 100 kms fuel consumption, benefits of EV are gone. World needs EV to fight climate change. This technology does not save much fuel.
Posted by: Nirmalkumar | 27 June 2025 at 06:44 PM
I always think - why don't they add a larger battery and make it a serial PHEV*.
and/or optionally stick some PV on the roof. 5 hours at 600 watts would give you almost 10 miles of driving (in Summer, in the open) (+ 3KwH to store it),
plug it in in the winter.
* OK, maybe cost, weight, space and complexity.
Posted by: mahonj | 28 June 2025 at 05:43 AM
It seems to be a poor Nissan copy of the of the Chevrolet Volt that GM built from 2011 to 2019. OK, why? Batteries are getting better with faster charging, etc. Just go full battery electric for less cost and less hassle. I suppose it could be worse, they could be trying to sell hydrogen fuel cells.
Posted by: sd | 29 June 2025 at 12:42 PM
I respectfully disagree with Nirmalkumar and sd.
4.5 l/100 km is quite impressive for a large, boxy vehicle like the Qashqai.
I am a happy EV owner in a region (Northern Europe), where you can practially spit from one fast charger to the next one, and with 11 kW home charging. Under those conditions, EVs are great and less hassle than ICE cars. I have also been 'blessed' with very high tax rebate for registration tax, as well as avoiding to pay 12 c/kWh electricity tax when charging.
I can imagine others having very different conditions, such as not having access to home charging, living in sparsely electrified (with fast chargers) or populated areas, having to drive really far quite often, or living in a very cold region. None of those situations are particularly great for EVs. To that end, it is really great that Nissan has developed a powertrain that ensures maximum energy efficiency while being useful everywhere. Imagine the gas mileage this powertrain would get in an aerodynamic sedan.
With a bit more development, it turns out that a vehicle with low maximum power and high efficiency has much lower cooling demand, meaning that it could basically have the front grille as closed as an EV and then save another 15-25% during highway cruising.
Posted by: Thomas Pedersen | 30 June 2025 at 03:15 PM
sd stated: " Just go full battery electric for less cost and less hassle." Reply: Uh...Umm...Nissan has lost a lot of money when pioneering with the Leaf and the Aryah...You want them to keep on losing more money on full BEVs? Einstein once said: "Insanity is keep doing the same thing and expecting different result. "
Posted by: Roger Pham | 01 July 2025 at 06:39 PM