The question is which real power reserve demonstrates a premium crossover Voyah Free, concerns potential buyers more than any technical specifications on paper. The Chinese manufacturer claims impressive figures of 860 and even 1000 kilometers, but operating practice in Russian conditions often makes its own adjustments. The sequential hybrid powertrain combines energy from the battery and the gasoline engine, theoretically eliminating the fear of running out of power while away from a charging station.
However, to understand what this car is really capable of, it is necessary to analyze its behavior in different driving cycles. Travel range directly depends on the selected operating mode of the power plant, ambient temperature and driving style. Unlike classic hybrids, here the internal combustion engine most often operates in the optimal speed range, acting as a generator, which increases the overall efficiency of the system.
In this article we will look in detail at how Voyah Free consumes fuel and electricity in the combined cycle, city and on the highway. You will learn why the figures stated by the manufacturer may differ from the on-board computer readings and how to get the most out of the vehicle's capabilities. Understanding the logic behind the hybrid system will help you plan long trips without unnecessary stress.
Technical features of the hybrid system
The heart of the system is a combination of two electric motors with a total capacity of more than 500 horsepower and a gasoline 1.5-liter turbo engine. It is important to understand that in most scenarios ICE does not spin the wheels directly, but only generates electricity for the battery or motors. This architecture, known as EREV (Extended Range Electric Vehicle), allows the car to behave like an electric car, but have its own energy source under the hood.
The capacity of the traction battery is 39.2 kWh, which is a very respectable figure for a series hybrid. This allows you to cover significant distances solely on electric power. Energy reserve The battery is replenished not only from the network, but also by recuperation during braking, as well as by the operation of a gasoline generator. The efficiency of this process directly affects the final fuel consumption.
The energy management system constantly analyzes the charge level and the load on the accelerator pedals. If you keep your battery charge level Smart HEV, the car will try to maintain the current level, starting the engine only when necessary. In mode Electric the machine will only use the stored energy until the battery is discharged to a minimum threshold.
⚠️ Attention: It is not recommended to completely discharge the battery to zero in electric car mode, as this may negatively affect the life of the cells and require the engine to be forced to start to recharge at the wrong time.
The key element is the intelligent power distribution system. It decides when it is more profitable to burn gasoline to directly generate current, and when to use the stored charge. It is considered optimal to save money by maintaining the battery level of charge (SOC) in the range of 40-60% when driving on the highway.
How does a series hybrid work?
Unlike parallel hybrids, where the internal combustion engine can directly rotate the wheels, in the Voyah Free the gasoline engine works exclusively as a generator. It starts in a narrow rpm range where its efficiency is greatest, charging the battery or powering the electric motors directly.
Real electric range
The manufacturer claims 140-210 kilometers of pure electric range, depending on the test cycle and firmware version. In reality, drivers are faced with numbers that depend on many factors. In summer, with moderate city driving, electrical reserve can really be close to 160-170 kilometers. This is quite enough for daily commuting without using gasoline.
In winter the situation changes dramatically. The operation of the stove, heated seats and windows, as well as a decrease in battery capacity in the cold, reduce mileage. In frosty temperatures of -20°C, the actual range on a single charge can be about 80-90 kilometers. Voyah Free equipped with a heat pump, which helps save energy, but physics is physics - cold air requires more heat.
Driving style also plays a critical role. Aggressive acceleration and high speed quickly drain the battery. If you are used to driving dynamically, expect less effective radius actions. For maximum efficiency, it is recommended to use the regen mode at the "High" level, which allows energy to be returned to the battery with each braking.
- 🔋 Summer urban cycle: 150–170 km of actual mileage.
- ❄️ Winter period (-15°C and below): 70–90 km of actual mileage.
- 🛣️ Highway mode (110 km/h): 100–120 km before discharge.
- 🌡️ Impact of climate control: up to 15% of the reserve goes to heating the interior.
It is important to note that the system shows the remaining mileage dynamically. The number on the dashboard may change depending on how you drove the last kilometers. This is normal practice for modern EV systems.
Use the interior pre-conditioning function while the vehicle is connected to the charging station. This will warm up the battery and interior from the mains, preserving the range for the road.
Autonomy in hybrid mode and fuel consumption
When the battery power is low or the mode is selected Hybrid, the gasoline engine comes into play. A full tank of 56 liters combined with the remaining battery charge allows you to achieve the stated 860+ kilometers. Fuel consumption in hybrid mode varies from 7 to 10 liters per 100 km, which is an excellent indicator for a heavy all-wheel drive crossover.
On the highway at speeds above 120 km/h, consumption can increase to 11-12 liters, as electric motors require more energy and the generator works more intensely. In a city where there are frequent stops, fuel consumption minimal, often not exceeding 6-7 liters, thanks to active recovery. Voyah Free It is most effective in the mixed cycle.
There is a charge saving mode Charge, which allows you to force start the engine to charge the battery. This is useful if you know there is a zero-access charging area or an emissions-restricted area ahead. In this mode, fuel consumption will increase to 10-11 liters, but you will maintain an electric reserve for the city.
| Driving mode | Average speed | Fuel consumption (l/100 km) | Note |
|---|---|---|---|
| City (mixed) | 40 km/h | 6.5 – 7.5 | Active recovery |
| Route (economy) | 90-100 km/h | 7.0 – 8.0 | Optimal mode |
| Track (dynamics) | 130+ km/h | 10.5 – 12.0 | High load |
| Winter/City | 30 km/h | 8.0 – 9.0 | Heater operation |
Thus, total range travel is made up of tank and battery capacity. For long hauls, this is an ideal option that does not require planning stops at chargers, unlike pure electric cars.
Influence of climate and operating conditions
The Russian climate makes its own adjustments to the operation of any electrified equipment. Battery thermoregulation system Voyah Free is able to maintain the optimal temperature of the cells, but this also wastes energy. In severe frosts, part of the charge is spent on heating the electrolyte, which reduces the available power reserve.
In summer, on the contrary, the efficiency of the system is higher. An air conditioner uses less energy than a furnace in winter, and the chemistry in a lithium iron phosphate (LFP) or NMC battery is faster. However, heat above +35°C also requires the cooling system to work, which creates additional load on the on-board network.
The terrain also matters. In mountainous areas, downhill recuperation can significantly replenish the battery charge, increasing the overall range. On the plains this effect is less pronounced. Energy consumption directly depends on the road profile.
⚠️ Attention: When parked for a long time in the cold without connecting to the network, the charge level may decrease faster than usual due to the operation of battery temperature maintenance systems. Try to park in a garage or at a charging station.
Owners are advised to monitor software updates, as manufacturers often improve thermal management algorithms. New software versions can optimize energy balance and add a few percent to the actual mileage.
Comparison with competitors and conclusions
Compared to competitors such as Li Auto One or Ideal L7, Voyah Free demonstrates comparable power reserve indicators, but wins in dynamics thanks to powerful motors. The total mileage of 860+ kilometers puts it on par with the best examples of hybrid technology. Gasoline analogues with similar weight and power would consume 15-18 liters of fuel.
The main advantage of the model is the absence of “range anxiety” (fear of discharge). You can leave Moscow for St. Petersburg without thinking about finding a fast charger, but simply refuel at regular gas stations. Hybrid installation provides the comfort of an electric car with the autonomy of a diesel engine.
The bottom line is that for the city it is practically an electric car with a power reserve of 2-3 days, and for the highway it is an economical tourist crossover. Real power reserve completely covers the needs of most users, making the car a universal solution.
☑️ Check before long trip
Frequently asked questions (FAQ)
How much can you really drive on one tank and a full charge?
In a combined cycle, the actual mileage is about 750-800 kilometers. In economical driving mode on the highway you can reach 850-900 kilometers. The figure of 1000 km is achieved in ideal laboratory or very gentle conditions.
Do I need to charge Voyah Free if I have gas?
Technically no, the car will operate as a hybrid. However, to preserve battery life and reduce fuel consumption, it is recommended to periodically connect the machine to the network, especially in winter.
How quickly does a battery charge from a regular outlet?
From a household 220V (3.5 kW) network, full charging takes about 10-12 hours. Using a wall charging station (7 kW) reduces the time to 5-6 hours. DC fast charging tops up the battery from 20% to 80% in about 45 minutes.
Does the range decrease at high speeds?
Yes, like any car, air resistance increases exponentially. At a speed of 130 km/h, energy consumption is significantly higher than at 90 km/h, which reduces the overall range by 15-20%.
Voyah Free is the ideal compromise for those who want to drive electric in the city, but are not ready to depend on charging infrastructure for long trips.