Introduction to the world of Nissan hybrid technology
The modern automobile market is experiencing a real revolution, and the model Nissan Kicks in version e-POWER becomes one of its main symbols. Many car enthusiasts are looking for information about modifications 27, which often denotes a specific year of manufacture or regional specific equipment, but in essence represents an advanced development of the Japanese concern. This compact crossover offers a unique driving experience where the electric motor drives the wheels and the gasoline engine acts solely as a power generator.
High efficiency and smooth running make Kicks e-POWER an attractive choice for urban environments. You don't need to worry about connecting to a charging station, as the system charges the battery itself while you drive. This solution combines the advantages of an electric car and a classic ICE car, eliminating the main fear of electric car owners - “range anxiety”.
Engine and e-POWER hybrid system
The heart of the car is an innovative power plant, where the gasoline internal combustion engine HR12DE with a volume of 1.2 liters it acts as a generator. It is not directly connected to the wheels, which allows it to work in optimal mode, providing maximum efficiency. An electric motor mounted on the front axle transmits torque to the drive wheels, creating a feeling of instant response from the gas pedal.
Electric motor power is 143 hp, and the torque reaches 250 Nm. These figures provide dynamic acceleration to 100 km/h in 10.5 seconds, which is a decent indicator for an urban crossover. The energy management system constantly analyzes load and speed, deciding when to charge the battery and when to use the stored energy to drive.
- ⚡ Hybrid scheme: Sequential hybrid, where only an electric motor turns the wheels.
- ⛽ ICE: Works only as a generator, without participating in the transmission of traction.
- 🔋 Battery: Low capacity lithium-ion battery located under the interior floor.
⚠️ Attention: System e-POWER is not intended for external charging as it is a fully self-charging hybrid system.
Technical parameters of chassis and suspension
To ensure a comfortable ride on Russian roads, engineers paid special attention to tuning the suspension. The front part is equipped with an independent suspension type McPherson with anti-roll bar, which allows you to effectively dampen bumps. The rear axle uses a torsion beam, which provides sufficient load capacity and simple design.
The vehicle ground clearance is 215 mm, which allows you to confidently overcome snow drifts and deep puddles. The steering is equipped with electric power steering, which makes maneuvering in tight yards easy and responsive. The braking system includes ventilated discs at the front and single discs at the rear, which is sufficient for safe deceleration given the SUV's weight.
Wheel rims in top trim levels have the size 17 or 18 inches, which improves appearance and maneuverability. Tires are selected based on seasonality, but factory sets are often equipped with all-season tires for versatility.
- Full (4WD)
- Front (FWD)
- Rear (RWD)
- Doesn't matter
Options and internal equipment
Model interior Nissan Kicks made in a modern style using quality materials. The center console is equipped with a multimedia system NissanConnect with a large touch screen that supports wireless connection of smartphones. The instrument panel is fully digital, which allows the driver to receive all the necessary information about the operation of the hybrid system.
The climate control system operates automatically, maintaining the set temperature with high accuracy. The seats are upholstered in a combination of leather and fabric, heated and electrically adjustable in expensive versions. The spacious interior allows you to accommodate five adult passengers without losing comfort on a long trip.
- 📱 Multimedia: Support Apple CarPlay and Android Auto wirelessly.
- 🔒 Security: Keyless entry system and push-button engine start.
- 🎧 Audio system: Sound amplifier with multiple speakers for clear sound.
⚠️ Attention: When using the system ProPILOT It is necessary to constantly monitor the road, as this is an assistance system, not an autonomous driving system.
Fuel consumption and efficiency
One of the main features of the model is low fuel consumption, which is achieved by operating the engine in optimal mode. In a mixed cycle Nissan Kicks e-POWER consumes about 5.5–6.0 liters for 100 kilometers. In city mode, this figure can be even lower thanks to energy regeneration during braking.
Tank volume 41 liter provides a power reserve of more than 700 kilometers, which eliminates frequent stops at gas stations. The regenerative braking system allows energy to be returned to the battery when you let off the gas or press the brake pedal, significantly improving overall fuel efficiency.
☑️ Check before travel
The savings become noticeable when compared with similar cars equipped with classic naturally aspirated engines. You don't need to worry about sudden increases in gasoline prices, as fuel consumption remains consistently low even when driving vigorously in heavy traffic.
A unique feature of the model is that it does not require charging from the network, which makes it ideal for regions with a shortage of charging infrastructure.Safety and driver assistance systems
Safety is a priority in development Nissan Kicks. The car body is reinforced with high-strength steel, and six airbags come as standard. Active systems include anti-lock brakes (ABS), brake force distribution (EBD) and brake assist system (BAS).
System Intelligent Around View Monitor allows you to see the car from a bird's eye view, which simplifies parking in cramped conditions. Front and rear parking sensors help avoid collisions at low speeds. Cruise control with lane keeping makes long trips less tiring.
- 🛡️ Body structure: Reinforced crumple zones to protect occupants.
- 👁️ Cameras: 360-degree view with detailed viewing capability.
- 🚦 Sensors: Lane departure and cross-traffic warning.
What is Intelligent Mobility?
It is a suite of Nissan technologies that includes Intelligent Engine Management, Intelligent Mobility Management and Intelligent Integration.
Specifications table
For clarity, we will compare the main parameters of various modifications so that you can choose the best option for your needs. The data is relevant for the current generation with a hybrid installation.
| Parameter | Meaning |
|---|---|
| Engine type | 1.2 l, 3-cylinder, hybrid |
| Electric motor power | 143 hp (106 kW) |
| Torque | 250 Nm |
| Drive | Front (FWD) |
| Tank volume | 41 liter |
Before purchasing, be sure to check the service book and service history of the hybrid battery, as replacing it can be expensive.
Conclusion and final conclusion
Nissan Kicks e-POWER represents a balanced solution for those looking for a modern crossover with low fuel consumption and excellent dynamics. No need for mains charging makes it a universal choice for any region. The high level of equipment and comfort confirms the status of the car in its class.
When choosing a specific configuration, pay attention to the availability of security systems and multimedia functions, as they may differ significantly depending on the market and year of manufacture. Proper care and timely maintenance will ensure long and reliable operation of your car.
The e-POWER hybrid system is the best compromise between the environmental friendliness of an electric car and the practicality of a petrol car.
Frequently Asked Questions
Does Nissan Kicks e-POWER need to be charged from a wall outlet?
No, this model does not require external charging. The battery is charged automatically from the gasoline engine and when braking.
What is the fuel consumption of the Kicks e-POWER in the city?
On average, consumption is about 5.5–6.0 liters per 100 km, which is significantly lower than analogues with a classic engine.
Does this model have all-wheel drive?
In most markets, the model comes only with front-wheel drive (FWD), although rare versions with an all-wheel drive system exist.
How does the recovery system work?
When you release the gas or press the brakes, the electric motor acts as a generator, converting kinetic energy into electricity to charge the battery.