Frequently asked questions & answers about electric scooters 

The range of an electric scooter varies depending on the model, riding style and external conditions. Here is an overview of the ranges of the most popular models:

NEXT MOJITO electric scooter: With two batteries, this scooter achieves a maximum range of up to 200 km (100 km per battery), ideal for longer journeys.

NEXT NX² e-scooter: This model offers a range of up to 200 km.

RAY 7.7: The powerful scooter reaches up to 150 km, although factors such as riding style, rider weight and weather conditions can influence the range.

Kumpan 54i electric scooter: The range varies between 60 and 150 kilometers depending on the model and equipment. With the maximum battery capacity, the scooter can cover up to 150 km.

NIU electric scooter: The range varies depending on the model. Standard models such as the NQi Sport offer 50 to 70 km, depending on battery capacity and riding conditions. The MQi GT reaches up to 80 km with normal use.

These ranges apply under optimum conditions, e.g. on flat roads and in moderate weather. Factors such as gradients, speed and driving style can significantly reduce the actual range.

To find the right electric scooter for your needs, you should also consider the charging times and battery capacities of the models.

Important notes:

The specified ranges refer to optimum conditions, such as flat routes and moderate temperatures. Factors such as:

• Gradients,
• Speed,
• Driving style,
• Rider weight
  can significantly reduce the actual range.

Tips for selection:

To find the right electric scooter for your needs, you should pay attention to the following points in addition to the range:

• Battery capacity: How many kilometers are possible per charge.
• Charging time: How long the battery takes to charge.
• Area of use: Whether the scooter is suitable for the city, longer distances or mixed journeys.

The electricity costs for an electric scooter per 100 km in Switzerland depend on several factors, such as the energy consumption of the scooter and the current electricity price. The average electricity price in Switzerland is currently around CHF 0.25 to 0.35 per kWh (electricity prices can vary depending on the provider and tariff model). For this calculation, we assume an average value of CHF 0.30 per kWh.

On average, an electric scooter consumes around 15 Wh (0.015 kWh) per kilometer. This means that the energy consumption for 100 km is 1.5 kWh (15 Wh/km × 100 km = 1,500 Wh or 1.5 kWh).

At an electricity price of CHF 0.30 per kWh, this results in electricity costs of CHF 0.45 for 100 km (1.5 kWh × CHF 0.30 = CHF 0.45).

The actual electricity costs may vary depending on the model, driving style and specific conditions. However, this calculation serves as a helpful guide.

One major advantage of electric scooters is the significantly lower operating costs compared to petrol scooters. While the electricity costs per kilometer are usually only a few centimes, the fuel costs of a petrol scooter can quickly add up.

The charging time of an electric scooter depends on various factors, including the capacity of the battery, the power of the charger and the state of charge of the battery. 

Normal charging (standard charger): The charging time for an electric scooter is normally between 4 and 8 hours if a standard charger is used and the battery is almost empty. This applies to most models with batteries between 300 Wh and 600 Wh.

Fast charging: Some electric scooters offer the option of charging the battery more quickly by using a quick charger. In this case, the charging time can be reduced to around 1 to 3 hours, depending on the model and the charging infrastructure.

State of charge: If the battery is only partially discharged, charging will naturally take less time. With a charge level of 50%, it could take just 2 to 4 hours to fully charge the battery.

It is important to check the specifications of the electric scooter in question, as there are also differences in battery technology, e.g. lithium-ion or lithium-polymer batteries.

The service life of electric scooter batteries depends on several factors, such as the quality of the battery, usage, charging cycles and environmental conditions. Here are the most important points for orientation:

Average service life:

Lithium-ion batteries (standard for electric scooters):

• Charging cycles: Between 500 and 1,500 charging cycles (depending on the battery technology).
• Mileage: This corresponds to 20,000 to 50,000 kilometers, depending on the consumption of the scooter and the capacity of the battery.
• years: With normal use, the service life is around 4 to 8 years.

Lead-acid batteries (used less frequently):

• Charging cycles: Approximately 300 to 500 charging cycles.
• Years: Lifespan is usually 2 to 4 years.
• Limitation: These batteries are heavier and less durable than lithium-ion batteries.

Factors that influence service life:

Loading behavior:

• Regular partial charging instead of complete discharging extends the service life.
• Overcharging or deep discharging should be avoided.

Temperature:

• Optimum operating temperature: 10-30 °C.
• Extreme temperatures (heat or cold) can permanently reduce the capacity.

Usage behavior:

• A gentle driving style and avoidance of high speeds or heavy loads promote a long service life.

Care and maintenance:

• Batteries should be checked regularly and stored correctly (e.g. keep them at a charge level of 40-60% when not in use for long periods).

When should the battery be replaced?

A battery is usually replaced when it has less than 70-80% of its original capacity. This results in a significantly reduced range.

Conclusion:

The batteries of electric scooters usually last between 4 and 8 years and manage 20,000 to 50,000 kilometers. You can maximize the service life of the battery through careful use and care.

1ST RAY 7.7

• Power: Continuous output of 11 kW (14 hp) at 4,000 rpm; peak output of 17.5 kW (23 hp) at 5,900 rpm.
• Maximum speed: 125 km/h.
• Range: Up to 150 km.
• Special features: Powerful 7.7 kWh battery for flexible and environmentally friendly mobility. 

2. NEXT NX²

• Power: Nominal power of 10 kW; maximum power of 15 kW.
• Maximum speed: 130 km/h.
• Range: Up to 200 km.
• Special features: Permanently installed 120 Ah battery for longer distances without frequent recharging. 

3. KUMPAN 54 ignite

• Power: 7 kW (9.4 hp).
• Maximum speed: 100 km/h.
• Range: Between 60 and 150 km depending on the battery configuration.
• Special features: Timeless design combined with state-of-the-art electromobility. 

4. NEXT MOJITO

• Power: 5 kW.
• Maximum speed: 70 km/h.
• Range: Up to 100 km.
• Special features: Retro design with modern electric power. 

5. NIU MQi GT 100

• Power: 5 kW.
• Maximum speed: 100 km/h.
• Range: 70-80 km.
• Special features: Smart functions and modern design for urban use. 

6. NIU XQi3 Street

• Power: 3.9 kW.
• Maximum speed: 45 km/h.
• Range: 65-75 km.
• Special features: Compact design combined with sporty performance for the city. 

These models offer a wide range of performance and speed options, so that the right vehicle is available for both city traffic and longer journeys.

The weights of the various electric scooters vary depending on the model and power:

As a rule, the weight depends on the motor power and the battery size. Further details on the specific weights of the models are available on the respective product pages.

For more information about electric scooters and electric motorcycles, you can contact the official Swiss importer:

Swiss importer: E-PERFORMANCE AG

• Address:
  Rotzbergstrasse 19,
  CH-6362 Stansstad
• Phone: +41 62 777 41 71
• E-mail: e-performance@e-performance.ch
• Homepage: e-performance.ch

On the website you will find detailed information on the models, technical specifications, prices and accessories. You also have the option of booking a test drive or getting individual advice.