Nissan Leaf vs. Peugeot e-308: Complete comparison 2026

Nissan Leaf is one of the pioneers of global electromobility and a proven family hatchback that has built an exceptionally strong reputation over its existence. Standing against it is the Peugeot e-308 (often also written under the newer designation E-308), a modern and stylish French car that brings the latest technologies and a very attractive design to the segment of fully electric compacts. Let's take a detailed look at how these two cars fare in a direct comparison and which of them represents a better choice for your daily journeys.

When comparing the exterior dimensions of these two electric vehicles, we encounter different approaches to design and body construction. The Nissan Leaf (in the ZE1 generation, which is typical for the roughly four-year-old used car market) represents a more classic, slightly elevated hatchback. With a total length of 4,490 mm, it is a significant 123 mm longer than the base five-door version of the Peugeot e-308. However, the French competitor from the current third generation of the 308 family counters with a significantly wider build – at 1,852 mm, it exceeds the Leaf by 64 mm. In practice, this means that while the Leaf may appear more majestic in length, Peugeot offers a more confident stance on the road and a more generous interior width in the shoulder area. Furthermore, the shorter body of the e-308 hatchback makes maneuvering in narrow city streets and parking across town slightly easier.

The most striking difference between the two cars, however, is found in their height and the range of body styles offered. The Nissan Leaf, at 1,530 to 1,545 mm, is roughly 100 mm taller than the Peugeot. This slightly taller concept brings an undeniable advantage in the form of easier entry and a better view from the car, which is particularly appreciated in daily life by older drivers or families with small children. The Peugeot e-308, on the other hand, bets on a more dynamic, sportily low-slung silhouette (height around 1,440 mm), which clearly benefits aerodynamics and highway range. While the wheelbase of the standard Nissan Leaf (2,700 mm) slightly exceeds the short Peugeot (2,675 mm) and promises generous rear legroom, Peugeot plays a huge trump card in the form of the estate version (labeled as SW or Estate).

The presence of a more practical estate body for the Peugeot completely changes the game for those looking for a full-fledged primary family car. The e-308 Estate version extends the total length to 4,636 mm and stretches the wheelbase to an excellent 2,732 mm. In terms of overall choice and the impact of dimensions, it primarily depends on your priorities: if you are looking for a comfortable, somewhat taller car with plenty of space in a standard hatchback form, the Leaf still makes a lot of sense. However, if you prefer a sporty, wider silhouette or absolutely need a voluminous family cruiser, the Peugeot e-308, with its more versatile portfolio, clearly wins.

Luggage capacity is often a decisive factor when choosing a family electric car, as it directly affects daily practicality and the vehicle's utility for leisure activities. When comparing the Nissan Leaf and the Peugeot e-308, we encounter interesting differences that partly stem from the different approaches to the platforms used. While the current second-generation Leaf (ZE1) was designed from the ground up as a pure electric vehicle with an emphasis on space, the Peugeot e-308 utilizes a flexible multi-energy platform. For the electric version, this necessitated slight compromises in the base boot volume compared to its internal combustion and hybrid siblings. For buyers in the nearly-new used car market, this means carefully considering how much luggage they actually carry and whether a traditional hatchback will suffice, or if they should rather opt for a more spacious estate.

In terms of specific figures, the Nissan Leaf in its hatchback version offers a very solid base volume of 435 litres, which is an above-average value for a compact car. With the rear seats folded down, the luggage compartment expands to 1,176 litres. In contrast, the electric Peugeot e-308 hatchback has a smaller base volume of 361 litres (reduced from the original 412 litres in standard internal combustion versions due to the battery and electrical installation). However, if you fold the rear seats down, the e-308 offers a full 1,271 litres, thereby surpassing its Japanese rival. A huge strategic advantage for Peugeot is also the availability of a practical estate body style. The e-308 Estate model boasts a base volume of 548 litres and provides an impressive 1,574 litres of space with the seats folded.

In practice, these differences mean that for typical daily commuting and weekend shopping, the Nissan Leaf in its base configuration can accommodate a few more shopping bags or one extra small suitcase. The Peugeot e-308 hatchback, on the other hand, will better serve those who occasionally transport bulkier items and can make use of the larger total capacity after folding the backrests. However, if you need enough space for weekend shopping as well as longer holidays, sports equipment, or a baby stroller, the electric e-308 Estate with its excellent access and low loading sill offers incomparably higher utility value.

From the perspective of family practicality, Peugeot represents a much more versatile solution thanks to the estate variant, while the Nissan Leaf clearly wins the direct head-to-head of five-door hatchbacks with its more generous base space.

The ability to tow a trailer represents a key factor of practicality for many used car buyers, but with pure electric vehicles, it often encounters technical limitations. If we look at cars roughly four years old, both compared models for the used car market share a common shortcoming.

Both the second generation Nissan Leaf (ZE1 generation, focused on the years 2018–2024) and the pure electric Peugeot e-308 (based on the third generation from 2023) lack manufacturer homologation for towing a trailer. The official standard and maximum braked trailer weight for both of these electric versions is simply 0 kg.

From a practical standpoint, this means that if you have a tow bar installed on these pure electric models, it will serve exclusively for vertical load – i.e., for installing a bicycle rack. If you expect the tow bar to allow for a trailer that offers space for several extra suitcases or additional volume sufficient for weekend shopping or a longer holiday, these electric versions will not meet your requirements.

However, fundamental differences can be found in alternative powertrains:

• Peugeot 308 (Plug-In Hybrid): If full electrification is not a dogma for you, the plug-in hybrid versions of the Peugeot 308 (180 and 225 hp from the related years 2022–2024) radically change the situation. These versions possess a very good towing capacity, which reaches 1,500 kg for both standard and maximum braked trailers (1,450 kg for the extended SW estate version).
• Nissan Leaf (ZE2 generation): Customers desiring a Nissan Leaf with the ability to tow a trailer must then turn their attention to the latest ZE2 generation (introduced in 2026), which finally brings a braked trailer towing capacity of 975 kg.

Final Verdict: If the ability to tow a trailer is an absolute necessity for you, neither the roughly four-year-old pure electric Nissan Leaf nor the newer Peugeot e-308 will unfortunately be a suitable choice, and they completely fail in this discipline on paper. A practical-minded buyer in this comparison should rather opt for the plug-in hybrid Peugeot 308, which can effectively combine partially electric operation with full towing potential.

Comparing powertrains in purely electric models like the Nissan Leaf and Peugeot e-308 plays a crucial role in car selection, as it directly affects overall dynamics, real-world range, and daily usability. While the Nissan Leaf, a steady pioneer of the EV market, relies in its second generation (ZE1, forming ideal roughly four-year-old used cars) on a more diverse selection of two battery capacities and two performance levels, the French Peugeot e-308, as a newer addition to the market, bets on a single but precisely optimized and efficient motorization. For buyers looking for greater variability and much more emphatic acceleration, the more powerful version of the Nissan represents an attractive choice. Conversely, drivers focused on the lowest possible electricity consumption and smooth, fluid operation without unnecessary excesses will appreciate Peugeot's modern and highly economical approach.

Nissan Leaf

The second-generation Nissan Leaf (ZE1), which is highly sought after on the used car market, offers two main motorizations differing not only in battery capacity but primarily in the tuning of the electric motor itself. The base of the range is a version relying on a 40kWh battery and an output of 110 kW (150 hp). Its very decent torque of 320 Nm makes it an extremely agile car, perfectly sufficient for normal urban and suburban commutes. For drivers craving a longer range and even more confident highway travel, the manufacturer prepared the more powerful e+ version equipped with a 62kWh battery. Here, the motor boasts a significantly better output of 160 kW (217 hp) and torque increased to 340 Nm. In both variants, instantaneous driving force goes exclusively to the front wheels via a single-speed reduction automatic transmission, ensuring a perfectly smooth and undisturbed driving experience.

Peugeot e-308

The Peugeot e-308 enters the game as a representative of the modern third generation of the popular hatchback and estate, with its fully electric version, launched in 2023, bringing a different philosophy. Unlike its Japanese competitor or the wider range of internal combustion engines in the standard 308 version, the automaker bet on a single zero-emission variant for the electric "e". The heart of the model is therefore exclusively a new compact electric motor with an output of 115 kW (156 hp), which sends 260 Nm of torque to the front axle via a single-speed transmission. Although it may seem slightly defensive on paper in terms of overall performance compared to the more powerful Leaf e+, its clear strength is absolutely excellent electricity consumption stemming from the technologically advanced tuning of the entire platform. This single safe bet will be appreciated primarily by family-oriented and economically-minded drivers.

Choosing the right powertrain is crucial for long-term satisfaction with a car, which is why our recommendations are based on real-world performance experience, actual consumption, owner feedback, and mechanical and electrical reliability.

Both cars approach electric drive slightly differently, largely due to their time of origin and technological cycle. While the second-generation Nissan Leaf (ZE1 generation) is considered a historical pioneer of electromobility and offers a time-tested, albeit technologically older concept with passive battery cooling on the used car market, the Peugeot e-308 is a modern representative of the popular hatchback's 3rd generation. For four-year-old vehicles, you will find a very wide selection in the case of the Nissan, while the e-308, as a car produced since 2023, represents the younger and more expensive end of the used car spectrum. Peugeot benefits from an exceptionally efficient platform with new battery chemistry and standard CCS fast charging, while the Leaf scores with a massive database of long-term reliability data from real-world operation.

For the Nissan Leaf, we recommend: 62 kWh e+ (160 kW)

In the market for roughly four-year-old used cars (this generation was produced mainly between 2018–2024), the version with the larger 62kWh battery labeled e+ is the clear favorite and makes much more sense than the basic 40kWh variant. Compared to the weaker version, it offers not only a significantly higher output of 160 kW (217 hp) but, above all, a much more usable real-world range reliably exceeding 350 km. The electric motor's power curve provides solid pull even beyond highway limits, and the car is surprisingly dynamic.

However, the Leaf's biggest technical weakness remains the absence of active liquid battery cooling (so-called "Rapidgate"). In practice, this means that if you connect the car to a fast charger several times in a row on a long journey, the software will significantly limit the charging power to protect against overheating. It is also necessary to account for the receding Japanese CHAdeMO fast-charging standard. When inspecting a used car, therefore, fundamentally focus on the battery health report (SOH – State of Health). This can be easily read on the Leaf using an OBD module and the LeafSpy app. It will help you detect any excessive degradation from the previous owner.

This powertrain is absolutely ideal for drivers who have the option of home charging and use the car primarily for suburban commuting or daily routes up to 200 kilometers. In such a regime, the fantastic mechanical and electrical reliability of this model, its great comfort, and minimal service costs fully stand out.

For the Peugeot e-308 we recommend: Electric motor 156 (115 kW) with 54kWh battery

The Peugeot e-308 enters the market with the latest evolution of the electric powertrain from the Stellantis Group (in production since 2023), and the choice here is actually very simple – only one electric system is available, combining a 115 kW (156 hp) electric motor with a modern 54kWh battery (of which 51 kWh is actually usable).

Its absolute greatest advantage is exceptional energy efficiency. The new electric motor architecture (developed in cooperation with Nidec) and improved battery cell composition (NMC 811) ensure that consumption in real-world combined operation easily hovers around a great 13 to 14 kWh/100 km. Unlike the older Leaf, the Peugeot e-308 already fully relies on active thermal management (liquid battery cooling) and the standard European CCS connector. This completely changes the game when traveling long distances – charging power is stable and the battery does not overheat.

Since these are relatively young cars from the beginning of the 3rd generation production on the used car market, always check the onboard menu and service history to see if the car has the latest software updates installed. Early versions of the battery management system (BMS) software and onboard systems could cause occasional error messages in the first months of production, which updates address.

The 156 hp output doesn't exactly mean a speed demon; the emphasis here is more on a smooth and relaxed performance. This powertrain is perfect for pragmatic drivers with refined style who do not require extreme performance but, on the contrary, appreciate a highly modern, incredibly economical car. Thanks to excellent thermal management, the car will also not disappoint those users who more frequently cover highway miles.

Paper consumption figures for modern electric vehicles often differ significantly from everyday reality, especially if you take them on the highway or if outdoor temperatures drop to freezing point. While the official WLTP measurement methodology always paints a very optimistic picture, the actual energy demands are only revealed by long-term data from the owners themselves. For the most accurate comparison of real operating costs in the used car category, we used the user database from Spritmonitor.de, which collects detailed independent records from daily operation.

Source: Spritmonitor.de

Trends and data interpretation

A detailed look at average electricity consumption fully reveals the generational difference between the two vehicles. The French Peugeot e-308 (a representative of the 3rd generation), built on the new Stellantis Group platform with a highly efficient electric motor, shows excellent real-world consumption just above the 16 kWh per 100 km mark. In contrast, the Japanese pioneer Nissan Leaf, in its most common ZE1 generation on the used car market, pays the price for an older technological design and slightly less sophisticated aerodynamics.

The basic version of the Leaf with a 40kWh battery is still acceptable for regular driving with an average of 16.8 kWh/100 km. However, the more powerful and heavier Leaf e+ model with a 62kWh battery realistically hits a much higher value of around 18.5 kWh. This clearly demonstrates the physical reality of electric vehicles – while a large battery extends the paper range, the inevitable increase in the car's curb weight takes its toll in the form of higher overall consumption.

What this means for drivers

In terms of real-world use, these differences translate into two distinct driving scenarios:

• City and suburban traffic: If you are looking for an electric car for shorter daily commutes and "hopping" around the neighborhood, the differences in energy demand will not be as significant in your budget. In this regard, the Nissan Leaf 40 kWh becomes a very rational choice, as it attracts with a lower overall purchase price for a four-year-old used car and proven reliability.
• Highways and long-distance driving: For those who need to travel long distances regularly or often drive at higher speeds, the Peugeot e-308 clearly makes more sense. This car manages to maintain exemplary efficiency even outside city limits, allowing it to better manage the energy available in its smaller battery and reduce necessary downtime at charging stations.

Conclusion

In the overall assessment, energy consumption is a key parameter for those interested in these electric hatchbacks. While the Nissan Leaf ZE1 serves as an affordable and spacious entry point into the world of electromobility with reasonable demands in the city, the more modern Peugeot e-308 benefits from its technological up-to-dateness. Its overall efficiency and better consumption management make it a more mature choice for more demanding use, even though it has a smaller battery capacity than the more powerful Leaf variants.

When choosing a used compact electric hatchback, you will encounter a fundamental difference in acquisition costs between these two models. While the Nissan Leaf is a proven staple of the used car market with very favorable prices, the Peugeot e-308 is a relative newcomer, which is significantly reflected in its noticeably higher residual value.

Nissan Leaf: An Affordable Pioneer (2020–2022 models)

The second-generation Nissan Leaf (ZE1 generation) is currently among the most affordable full-fledged electric vehicles on the used market suitable for family use. Models approximately four years old with the basic 40kWh battery can commonly be purchased in the price range of €12,000 to €16,000.

If you require a longer range and are looking for the version with the larger 62kWh battery (labeled as e+), prices for 2020 and 2021 models range roughly between €16,000 and €21,000. Due to the model's age on the market and the wide selection of used cars, the Leaf has experienced the greatest depreciation, making it a very rational and affordable choice in terms of price and utility value.

Peugeot e-308: A Nearly New Style Icon (2023–2024 models)

The fully electric Peugeot e-308, equipped with a battery with a usable capacity of 50.8 kWh (54 kWh total), only entered the market at the end of 2023. For this reason, it mostly appears in advertisements as a nearly new, demonstrator, or so-called "one-year-old" car. The purchase prices of these models when new approached the €41,000 mark.

Today, slightly used units (with very low mileage) are most often sold in the range of €31,000 to €35,000. Although the initial investment in a used Peugeot is up to twice as high as for a Leaf, you get a substantially more modern interior, more efficient battery thermal management, a more striking French design, and above all, a vehicle that is often still covered by the full factory warranty.

Overview of Estimated Used Car Prices on the Market

At first glance, one might automatically expect a five-star Euro NCAP rating for such popular family cars. While older models (like the Nissan Leaf) often reached these milestones, it is crucial to emphasize the immense importance of context and the year of testing right from the start. Euro NCAP protocols continuously evolve and become significantly stricter over the years. For this reason, percentage results from different years are not directly comparable – what was enough for an excellent rating in the past would hardly stand up today.

Nissan Leaf underwent crash tests in 2018. In its time, it was among the highest-rated cars, as it was one of the first to successfully pass the then-new autonomous emergency braking (AEB) tests with cyclist detection. It thus earned a full five-star rating. Today, however, its certification according to current Euro NCAP standards is considered expired. While the 2018 values look great on paper, they do not reflect the current, much tougher conditions.

Peugeot e-308 (whose safety rating is based on the identical internal combustion version 308) underwent testing in 2022. Here, a significantly more modern methodology was already in place, which included new frontal collision simulations with a mobile barrier, much broader intersection scenarios, and advanced driver alertness monitoring. Due to the extreme strictness of these rules, the 308 model range received a solid four stars. Although this might seem like a worse result, in reality, it reflects the fact that the car faced incomparably more demanding tests.

What do these numbers mean for a used car buyer? While the Nissan Leaf's percentages look majestic and its cabin protection was top-notch in its time, the lower score for the Peugeot is merely a consequence of the shift in safety standards. In terms of active safety, sensors, and the car's ability to prevent accidents, the Peugeot e-308 offers undeniably more modern and comprehensive equipment, calibrated for today's traffic hazards.

In addition to standard equipment, each of the models offers several unique features that can be decisive for the customer and demonstrate the automakers' different approaches to value-added and everyday electric vehicle use.

Nissan Leaf: A pioneer with innovative controls and technologies

• Controls and the iconic e-Pedal: The e-Pedal technology fundamentally changes the driving experience. It allows you to accelerate, decelerate, and come to a complete stop by smoothly releasing the accelerator pedal. This system not only makes driving in city traffic significantly easier but also maximizes regenerative braking energy.
• Electronics and ProPILOT Assist: Nissan's advanced driver assistance system offers the possibility of semi-autonomous driving on highways. It can keep the vehicle centered in its lane, react smoothly to traffic ahead, and, if necessary, bring the car to a complete stop and start it again.
• Bidirectional charging (V2G): Thanks to the CHAdeMO standard, the Leaf is one of the few available electric vehicles on the used car market that supports Vehicle-to-Grid technology. It can thus function as a mobile battery and return electrical energy back to the home grid or the public distribution network.
• Comfort and Zero Gravity seats: In terms of comfort, the Leaf scores with specially designed front seats, for which Nissan drew inspiration from NASA's microgravity research. The seats are designed to provide continuous support from the pelvis to the chest and minimize muscle fatigue on longer journeys.

Peugeot e-308: Futuristic i-Cockpit and French elegance

• Ergonomics and Peugeot i-Cockpit: The interior architecture relies on a distinctive layout with a compact sports steering wheel and a higher-positioned digital instrument cluster. In higher trim levels, this cluster is complemented by an impressive 3D display that brings more important information closer to the driver's eyes for faster reaction.
• Infotainment and smart i-Toggles: The improved multimedia system uses the innovative i-Toggles touch bar, located below the main display. These virtual shortcuts can be fully customized by the driver to provide instant access to their favorite climate control temperature, home navigation, or a selected contact.
• Design and sports variants (GT): The Peugeot e-308 places great emphasis on aesthetics. The GT version brings not only more aggressive bumper shapes but also top-of-the-line Matrix LED headlights with a characteristic light signature in the shape of lion's fangs. The rear Full LED lights then mimic 3D lion claws.
• Drive Assist 2.0 assistance systems: The modern telematics package takes driver assistance capabilities to a higher level. It includes, for example, semi-automatic lane changes after activating the turn signal and advanced speed adaptation that automatically slows the vehicle before sharper turns or based on detected speed limits.

The second-generation Nissan Leaf is an ideal choice for drivers looking for an affordable, spacious, and exceptionally comfortable electric car for daily commuting and city driving. However, due to the lack of active battery cooling and the receding CHAdeMO connector, it is not very suitable for users who frequently travel long highway routes.

The Peugeot e-308 targets more demanding customers who require modern technology, a premium look, and hassle-free long-distance travel thanks to the universal CCS standard. It is a very stylish and economical car, but before buying, it is necessary to personally test whether the unconventional ergonomics of the driver's cockpit suit your physique.

Based on our own inspections through the CarAudit service, breakdown statistics, service bulletins, and long-term user feedback, we have compiled an overview of the most common problems you should watch out for when choosing these electric vehicles.

The second-generation Nissan Leaf has been on the market for a long time and has hundreds of thousands of kilometers under its belt, making its typical ailments and weak points very well mapped.

• Battery and charging (Rapidgate): The most famous and discussed issue is the lack of active liquid cooling for the battery. During repeated fast charging on longer trips or on hot summer days, the battery overheats and the system drastically limits charging power (often to less than 20 kW). Vehicles that were frequently fast-charged may also have higher battery capacity degradation. To assess its real condition, a physical inspection of the used car combined with professional diagnostics (so-called State of Health) is absolutely crucial.
• Electronics and infotainment: Users often complain about slower responses and occasional freezing of the NissanConnect multimedia system. A common ailment is also a flood of false error messages on the dashboard, which in most cases is caused only by an undersized or aging standard 12V battery.
• Chassis and suspension: A known pain point is creaking noises coming from the front axle when driving over bumps. Most often, these are worn upper mounts of the front shock absorbers or play in the stabilizer bushings.
• Braking system: In cars driven primarily using the e-Pedal function (strong recuperation) where conventional brakes are rarely used, excessive rusting of the brake discs and occasional seizing of the rear brake calipers occur.

The Peugeot e-308 uses the newer Stellantis platform and belongs to the younger model years on the used car market, so we mainly encounter so-called "teething troubles" and electronic faults associated with modern equipment.

• On-Board Charger (OBC): One of the most common shared faults of electric models from the Stellantis family is the susceptibility to failures of the integrated three-phase on-board charger. The fault manifests as the inability to charge the car with alternating current (AC) and usually requires a relatively expensive replacement of the entire module.
• Software and i-Cockpit: The on-board system and digital instrument cluster can suffer from software glitches. Owners report occasional restarts while driving, black screens, slow profile loading, or parking camera image failures. Most of these issues are resolved by additional software updates at the service center.
• Heat pump and air conditioning: Occasionally, problems with heating or cooling the interior appear, often caused by a faulty AC compressor or heat pump sensors. Given the complexity of the system, a detailed independent inspection of the car's technical condition is highly recommended.
• Powertrain: In the first series of the improved 115kW electric motor, isolated cases of increased mechanical noise (whistling) during acceleration or recuperation were recorded, which usually pointed to beginning problems with the bearings in the reduction gearbox.

When buying a used car, a thorough inspection is key, and for electric vehicles in particular, a comprehensive car audit is well worth it. Here are several specific points to focus on for these two models.

When choosing a Nissan Leaf:

• Battery Degradation (SOH): For the Leaf, it is absolutely essential to verify the "State of Health" (battery health), as this model does not have active liquid cooling for the battery pack. Always check the remaining capacity using diagnostics, especially if the previous owner frequently used fast charging on long trips.
• CHAdeMO Connector Condition: The Leaf uses the older CHAdeMO standard for fast charging. Check the physical condition of the pins in the connector and consider the availability of chargers in your area, as infrastructure for this type is gradually decreasing at new public stations in Europe.
• Front Axle Noises: During the test drive, listen carefully for any clicking or popping sounds from the front wheels during sharp acceleration or braking. This often signals wear on the CV joints or control arm bushings.
• e-Pedal Function: Test driving with one pedal (the e-Pedal system). After releasing the accelerator, the car should decelerate smoothly to a complete stop without jerking, vibrations, or unusual delays.
• Brake Disc Corrosion: Due to the frequent use of regenerative braking, conventional brakes on electric cars are under much less stress. Physically check if the brake discs are excessively corroded and ensure the car does not vibrate through the steering wheel during hard braking.

When choosing a Peugeot e-308:

• Software and i-Cockpit: The infotainment in modern Peugeot models can occasionally suffer from slow response times or freezing. During the drive, test the smoothness of menu switching and phone pairing, and verify that the latest software version is installed in the vehicle.
• Heat Pump Functionality: The e-308 relies on a heat pump, which is crucial for efficient range in winter. Try turning the heating and air conditioning to full power and listen for any unusual loud noises or vibrations from under the hood, which could indicate a compressor failure.
• Transition Between Regeneration and Brakes: During the test drive, focus on the smoothness of the transition between regenerative and mechanical braking. The brake pedal should not feel "wooden," and the car must not jerk unexpectedly when braking to a complete stop.
• Interior Build Quality: Take the car onto a poor surface, ideally cobblestones. In some units, rattles and squeaks may appear from the dashboard or door panels, which disrupts the otherwise quiet electric ride.
• Charging Port and Cable Locking: Check the CCS connector cover (on the left rear fender). The mechanism should open and close smoothly. Also, ensure that the car locks the cable without issues when starting slow AC charging – a faulty lock could interrupt or completely block the charging process.

Sources: ADAC, garaz.cz, e15.cz, fdrive.cz, hybrid.cz, automotorsport.cz

This article was prepared using artificial intelligence tools. The section guarantor is Petr Dušek.