What is the power rating of the BYD e2 charging station?

[LeJune]

Here are the power ratings of the BYD e2 charging station: 1. Portable charger: Rated power 1.7kW, actual charging approximately 1kW. 2. Wall-mounted AC charging station: Rated power 7kW, actual charging approximately 6kW. 3. Public fast DC charging station: Maximum measured power approximately 51kW. Below is extended information about BYD: 1. Brand history: BYD Company Limited was established in 1995, starting with a team of just over 20 people. By 2003, it had grown to become the world's second-largest rechargeable battery manufacturer and established BYD Auto in the same year. As a battery specialist venturing into automobile manufacturing, BYD initially played the role of an 'outsider.' Leveraging its 'independent intellectual property rights' and the acquisition of Qinchuan Auto, BYD gained a first-mover advantage over other newcomers. 2. Brand introduction: BYD Auto adheres to a development path of independent R&D, production, and branding, committed to creating truly affordable and high-quality vehicles for the people. The product designs incorporate advanced international trends while aligning with Chinese cultural aesthetics.

[Oliver]

I drive a BYD e2, and the charging speed mainly depends on the charger you use. With commercial fast chargers, the official claim is up to 60kW, but in reality, it's around 40-50kW, taking about 45 minutes to go from 30% to 80%. Home-installed chargers are more stable; the standard 7kW AC charger is the most cost-effective, fully charging overnight. For emergency use with the portable charger plugged into a 220V socket, it's only about 1.5kW, which takes forever. Remember to check the charger's indicator light—steady green means it's properly charged.

[Gonzalez]

The BYD charging station I installed for my cousin last time was a 7kW model, which is the most common type for home use. The installation technician specifically reminded us to check if the voltage of the residential electricity meter is stable enough, otherwise it could affect the power output. The power fluctuation of fast charging stations is quite noticeable—when the battery level is below 30%, the power can surge up to 50kW, but it slows down to around 20kW once the battery reaches 80%, similar to the principle of fast charging for smartphones. If you charge using a regular power socket like those in rural areas, even with a 16A air-conditioning socket, the actual power is only about 3.3kW, requiring a full two days to complete the charging.

[LeSerenity]

From a charging technology perspective, the BYD e2 has a fast charging peak rated at 60kW, but the actual power when using a DC charging station depends on the equipment of the charging station. The national standard GB/T interface supports a maximum power of 100kW, but the e2's battery system limits the maximum power output. For slow charging, the vehicle's onboard charger (OBC) supports a maximum input of 7kW, corresponding to a 32A current. Test data shows that when the ambient temperature is below 10°C, the battery management system will automatically reduce power for protection.

[LeAndres]

After becoming a mom, I pay extra attention to charging safety and always use the original charging pile for my e2. The 7kW home charging pile is the most worry-free option, as it automatically detects grounding protection upon connection. When temporarily using supermarket charging sockets, check the quality of the socket panel. A standard 10A socket can only provide up to 1.5kW power, taking three hours to charge for just a few dozen kilometers. When checking the charging status on the mobile app, note that a flashing red light indicates a charging fault, while a steady yellow light means communication is in progress.

[Jack]

Frequently driving the e2 for long business trips requires careful consideration of charging power. On highways, I specifically look for 120kW charging stations. Although the e2 can only utilize up to 50kW, it's still faster than the standard 60kW stations. In emergencies, I've used DC chargers at high-speed rail stations, which displayed 39kW but actually delivered 32kW. It's advisable to carry a 16A converter plug in the car, as it can increase the power to at least 3.3kW when encountering ordinary sockets. Once, while charging in a rural area with unstable voltage, the vehicle's system automatically reduced the speed to 2kW to protect the battery.