The choice of a compact hatchback often comes down to the issue of driving range, which directly depends on the capacity of the fuel tank. For owners and potential buyers of the model Nissan Note this parameter is critical when planning long trips or calculating fuel consumption on city routes. Many people mistakenly believe that all versions of a car have the same characteristics, but the reality depends on the year of manufacture and the type of power plant.
Accurate data on the capacity of the fuel system allows you to avoid unplanned stops at gas stations and optimize the budget for vehicle maintenance. In this article we will examine in detail the differences between generations, consider the impact of the hybrid system e-POWER on the useful volume and give practical advice on operation.
Characteristics of the first generation Nissan Note (E11)
First generation model Nissan Note, produced from 2005 to 2013, was offered on the market with several engine options, which was reflected in the layout of the chassis and tank. The main volume of the fuel tank for most gasoline modifications was the classic 47 liters, which provided sufficient range for a compact car.
However, there are nuances associated with sales markets and engine type. Some export versions or specific trims may have had minor differences in suspension design, which theoretically affected the available tank space, but in practice the factory data remained consistent. It is important to consider that the actual volume may differ slightly from the rated volume due to the design safety margin.
Owners of used cars should remember the condition of the fuel system:
- π’οΈ Regularly checking the tank for leaks prevents fuel loss and evaporation.
- π§ The fuel filter should be replaced every 30β40 thousand kilometers.
- β½ Using low-quality fuel can lead to tank clogging and pump failure.
Second generation (E12) and capacity change
With the arrival of the second generation Nissan Note in 2012, engineers revised the car's architecture, which led to changes in the volume of the fuel tank. For standard petrol versions, the volume has been increased to 41 liters, which at first glance seems like a reduction, but overall fuel efficiency has increased thanks to the new engines in the series HR.
A smaller tank volume, combined with improved aerodynamics and more economical engines, made it possible to maintain an acceptable range. Owners should be careful when refueling, as the reserve volume may be less than in the previous generation. This requires more frequent monitoring of the fuel level on the dashboard.
Particular attention should be paid to differences depending on the market:
- πͺπΊ European versions often had an optimized tank for standard European gas stations.
- π―π΅ Japanese versions may have differed in neck design and tank shape.
- π·πΊ Russian equipment is adapted to winter conditions and fuel quality.
- 40-45 liters
- 45-50 liters
- More than 50 liters
- Depends on the type of trip
The era of e-POWER and hybrid modifications
A revolutionary step for the model Nissan Note was the introduction of technology e-POWER, where the internal combustion engine operates solely as a generator to charge the battery. This decision allowed us to radically change the design of the fuel tank. In hybrid versions, the tank volume has been reduced to 41 liters, which is logical given the high efficiency of the electric motor.
Despite its smaller volume, the actual range of the hybrid version often exceeds that of its conventional gasoline counterparts. System e-POWER allows the engine to operate in the most economical mode, minimizing fuel consumption even in dense city traffic. It does Nissan Note with technology e-POWER one of the most economical cars in its class.
It is important to understand the specifics of the hybrid system:
- π The engine does not spin the wheels directly, but produces electricity.
- π Fuel consumption may vary depending on the charge of the high-voltage battery.
- β‘ In traffic jams, consumption is minimal, since the car moves only on electric power.
β οΈ Attention: In hybrid versions Nissan Note The tank volume may seem insufficient for long-distance routes, but the high efficiency of the system allows you to travel up to 900 km on a single tank in the combined cycle.
Volume comparison table by year and modification
For clarity, we have collected all the data in a single table that will help you quickly determine the characteristics of your version of the car. Please note that data may vary slightly depending on the year of manufacture and specific trim levels, but these figures are official factory figures.
| Generation | Model year | Engine type | Tank volume (l) | Approximate range (km) |
|---|---|---|---|---|
| E11 (1) | 2005β2013 | Gasoline 1.4 / 1.6 | 47 | 650β750 |
| E12 (2) | 2012β2019 | Gasoline 1.2 / 1.5 | 41 | 600β700 |
| E12 (2) | 2016β2019 | e-POWER 1.2 | 41 | 800β900 |
| E13 (3) | 2020βpresent | e-POWER 1.5 | 41 | 850β950 |
When refueling to a full tank, do not try to βcatch upβ with the last liters after firing the gun - this can damage the fuel vapor recovery system and lead to expensive repairs.
Actual range and influencing factors
Tank capacity is only one part of the equation. Actual mileage per tank depends on many factors, including driving style, weather conditions and vehicle condition. For Nissan Note with a 41-liter tank, the estimated mileage can vary from 550 km in the urban cycle to 850 km with quiet driving on the highway.
In winter, fuel consumption increases due to the need to warm up the engine and use additional electrical appliances (heaters, stove). This is especially true for hybrid versions, where battery efficiency decreases in winter. In such conditions, the range may be reduced by 15β20%.
Main factors influencing consumption and range:
- βοΈ Winter operating mode increases the cost of heating and operating the stove.
- ποΈ An aggressive driving style with sharp acceleration increases fuel consumption.
- π Tire pressure - insufficient pressure increases rolling resistance.
Features of refueling and servicing the fuel system
Proper refueling is the key to a long life of the fuel pump and injectors. B Nissan Note The tank neck is located on the right side, which is convenient when refueling at most gas stations. However, owners should monitor the condition of the tank cap, as a leaky seal can lead to errors in the engine control system.
If a signal about low fuel level appears, do not postpone refueling until later. In hybrid versions e-POWER Running the engine at extremely low fuel levels can cause the generator to overheat and discharge the high-voltage battery below a critical level. This is fraught with complex and expensive repairs.
βοΈ Preparing for a long trip
If the fuel system malfunction lamp comes on on the dashboard, it is necessary to carry out diagnostics as soon as possible. Often the problem lies in the fuel level sensor or in the vapor recovery system, but ignoring the signal can lead to complete engine failure.
β οΈ Attention: In hybrid models Nissan Note It is critical that the fuel level does not drop below 1/4 tank to ensure stable generator operation and to avoid draining the traction battery.
Third generation (E13) and modern standards
Newest generation Nissan Note (E13), introduced in 2020, kept the tank volume at 41 liters, relying on an even more advanced system e-POWER. Engineers increased the capacity of the traction battery, which made it possible to reduce the frequency of switching on the internal combustion engine and, as a result, reduce fuel consumption.
This version also improves the aerodynamics of the body, which has a positive effect on streamlining and fuel economy. Despite the fact that the physical volume of the tank has not changed, the actual range has increased due to the optimization of the operation of all vehicle systems. This confirms the trend towards reduced dependence on tank volume due to increased efficiency.
Key features of the third generation:
- π Increased high-voltage battery capacity for longer electric trips.
- π± Integration with smart home and telematics systems to monitor consumption.
- π‘οΈ Improved safety and driver assistance system.