How many kilometers can a 7260 lithium battery normally run?

[AdrielDella]

Range is influenced by many factors, such as the type and capacity of the lithium battery, road conditions, the type and power of the motor, and load capacity. Theoretically, a 1500W motor with a 7260 battery can run up to 170km. 1. Do not arbitrarily replace the charger: Avoid changing the charger randomly and do not remove the speed limit of the controller. 2. Protect the charger: To reduce costs, most current chargers are not designed with high shock resistance, so they should generally not be placed in the trunk or on the frame of the electric vehicle. In special cases where movement is necessary, the charger should be packed in foam plastic to avoid shock impacts. 3. Charge promptly: Sulfation begins after the battery discharges, and significant sulfation occurs within 12 hours. Timely charging can clear minor sulfation. If charging is delayed, these sulfation crystals will gradually accumulate and form coarse crystals. Ordinary chargers are ineffective against these coarse crystals, leading to a gradual decline in battery capacity and shortened battery lifespan.

[MaxLynn]

The 7260 lithium battery sounds like it has a capacity of 72.6kWh, right? In the field of electric vehicles, the actual range of such batteries depends on the model and efficiency. Typically, a full charge can cover around 500 to 600 kilometers. For example, mainstream EVs like the BYD Han EV with a 75kWh version can run about 550 kilometers. From my own testing, city driving is more energy-efficient, but highway driving or carrying heavy loads will increase energy consumption. Differences in battery management systems also affect the range, so it's advisable to refer to the manufacturer's data and combine it with real-time monitoring via an app. Regular battery maintenance can extend the range, avoiding overcharging or excessive discharge. Note that low temperatures in winter can reduce battery efficiency by 10%-20%, so plan your trips in advance to ensure safe driving.

[Susan]

After driving an electric vehicle for several years, I find that this 72.6kWh lithium-ion battery can easily cover over 500 kilometers under normal conditions, but actual range depends on individual driving habits. For my daily commute in urban areas, it typically achieves around 550 km. However, frequent use of air conditioning or hard braking can reduce the range to about 450 km. During weekend trips with more mountainous roads, the battery drains faster, significantly decreasing the range. I recommend using navigation apps to simulate routes and estimate real-world mileage beforehand. The remaining range displayed by the onboard system isn't always accurate, so it's wise to adjust expectations based on charging frequency. Extreme temperatures also impact battery performance - using AC in summer can cut range by dozens of kilometers, which is why carrying an emergency power bank is essential.

[TylerLee]

The 72.6kWh lithium battery provides a range of 500-600 kilometers, but environmental factors have a significant impact. I've driven electric vehicles in northern winters where temperatures drop below zero, and battery efficiency decreases by about 15%, reducing the range to around 430 kilometers. High temperatures in summer with air conditioning also consume more energy, shrinking the range by 10%. Terrain variations like uphill acceleration drain the battery faster, causing a substantial drop in range during long-distance trips. Selecting eco driving mode can save some power, but stop-and-go traffic in cities tends to waste more. It's advisable to adjust travel plans based on weather forecasts or choose routes with dense charging station coverage as a precaution. To slightly extend battery life, avoid extreme temperature and humidity conditions during maintenance.