
The Southeast DX3 new energy version is called 'Southeast DX3-EV'. The Southeast DX3-EV has a maximum NEDC range of 351KM. Additional information is as follows: 1. The above data is officially released and is for reference only. There will inevitably be deviations in real-world conditions because many objective factors can affect a vehicle's range. For example, the driver's skill, vehicle speed, temperature, road conditions, tires, and other objective factors may influence the results. 2. In China, the NEDC test standard is used to measure the comprehensive range of pure electric vehicles. NEDC is a European range testing standard, whose full name is 'New European Driving Cycle', which can also be referred to as the 'New European Driving Cycle Test'.

As a car owner, I find the range of the Soueast DX3 NEV version quite practical. The official NEDC range is around 400 kilometers, but in actual city driving, I get about 360 kilometers. The performance is even better in warm weather; using air conditioning in summer doesn't affect it much, but in winter, the range drops faster, possibly down to 320 kilometers. It's sufficient for daily commuting, and charging once a week is no problem. Charging is also quite convenient—overnight slow charging fills it up, and fast charging takes about half an hour to reach 80%. I think maintenance is important; regular servicing helps keep the range stable. Overall, it's an economical choice for commuters with low electricity costs. However, for long trips, it's necessary to plan charging stops in advance to ensure safety.

From the perspective of an automotive enthusiast like me, the Southeast DX3 EV comes in two range versions: the standard version with about 400 km NEDC range, and the extended version reaching up to 450 km. In real-world usage, the range fluctuates between 350-400 km, dropping slightly during highway driving or when fully loaded, with noticeable temperature effects—efficiency is lower in cold weather. The is a ternary lithium type, offering stable lifespan and fully capable of handling daily commutes. For charging, DC fast charging is quick, reaching 80% in just half an hour, while home AC slow charging is more convenient and cost-effective. I recommend opting for the long-range version for peace of mind, especially for weekend trips where extra mileage is needed. Maintaining proper tire pressure and driving smoothly can also help save energy and extend the actual range.

I'm considering the DX3 New Energy. I heard its range is sufficient for city use, with the standard version offering around 360 km in real-world conditions, making it economical and practical. The charging costs are low, suitable for budget-conscious young people. Using air conditioning or driving on highways may slightly reduce the range, but maintenance is simple. Using electricity is much cheaper than refueling, making it ideal for daily commutes. Short weekend trips are no problem, but for long-distance travel, you need to check charging stations and plan ahead to avoid running out of power midway.

From a safety perspective, I observe that the Southeast DX3 EV has a NEDC range of 400 km, but actual usage is around 350 km. Caution is advised as performance significantly declines in low temperatures, increasing the risk of breakdowns. It's recommended to maintain the and electrical circuits properly, develop good charging habits, and always confirm sufficient charge before departure. Avoid nighttime driving risks. While electric vehicles are generally safe, the uncertainty in range requires prior testing on fixed routes to ensure reliability.

Experience shows that the Southeast DX3 EV typically has a range of 350-400 km in daily use. Driving habits are crucial—smooth acceleration helps save power. In warm weather, it can approach 400 km, but in cold climates, the range drops by about 20%. Home charging is convenient for family use, while fast charging stations are handy for long trips. is straightforward, with regular check-ups ensuring stable range and cost-effectiveness.


