···
Log in / Register

Does the Song Plus DM-i 51km support fast charging?

5 Answers
LaAlice
07/29/2025, 10:36 PM

The Song Plus DM-i 51km does not support fast charging. Portable vehicle charger: When purchasing the car, the 4S store will provide a 10A plug-in portable charger that can be directly connected to a standard household socket for charging. However, the charging speed is relatively slow, with an actual charging power of about 1.5KW, meaning it charges 1.5 kWh per hour. Home charging station: When purchasing the car, some 4S stores may also provide a 16A 3.3KW home charging station. The actual measured charging power for the Song Plus DM-i ranges between 2.6KW and 3.2KW. Taking the median value of 3KW for calculation, it charges 3 kWh per hour, which is twice as fast as the provided portable charger.

Was this review help?
6
3
Share
JourneyFitz
08/16/2025, 04:49 AM

I've checked the detailed specifications of the Song PLUS DM-i, and the 51km version indeed doesn't support DC fast charging. This version only comes with a standard 7kW AC charging port, taking about 5 hours for a full charge. The 110km version, however, features an 80kW fast charging capability, allowing you to charge from 30% to 80% in just half an hour. The manufacturer designed it this way mainly for cost control, as the 51km version has a smaller battery capacity, and fast charging could potentially harm its lifespan. If you mainly commute in the city and charge overnight at home, it shouldn't be a problem, but it might be inconvenient for long-distance trips or emergency top-ups. If you're planning to buy, it's advisable to consider your usage scenarios carefully—if you frequently drive on highways, the 110km version would be more practical.

Was this review help?
18
2
Share
Expand All
DeLena
10/21/2025, 03:13 AM

My neighbor just picked up the 51km version of the car last month, and now he deeply regrets not opting for the 110km version. The 51km variant indeed lacks a fast-charging port, so charging can only be done slowly. Last time he wanted to quickly charge at the mall, he circled around three times but couldn't find a slow-charging station. This version uses a battery of just over 8 kWh, making fast charging unnecessary in design, but manufacturers should consider user convenience more. It would be great if there were portable fast-charging adapters, but unfortunately, such aftermarket parts don't exist yet. If you're planning to buy this model, it's best to first check how many slow-charging stations are near your home before deciding whether to go for the higher trim with fast charging. The price difference is 20,000, but it saves a lot of hassle.

Was this review help?
5
1
Share
Expand All
SophiaAnn
12/04/2025, 02:41 AM

As a hybrid vehicle owner, charging configuration is crucial before purchase. The Song PLUS DM-i comes in 51km and 110km variants. The 51km version only supports 3.3kW or 7kW slow charging, while fast charging is exclusive to the 110km version. At the dealership, I noticed the 51km model has a single charging port for slow charging guns. The manufacturer recommends using a home charging station, requiring over 5 hours for a full charge. Technically, small batteries aren't suitable for DC fast charging due to excessive heat generation affecting battery lifespan. Buyers should adjust charging habits, preferably charging at fixed locations. For on-the-go charging, upgrading to the higher-end version is necessary.

Was this review help?
7
3
Share
Expand All
Micah
01/24/2026, 09:16 PM

Recently researching hybrid vehicle configurations, the charging design of the Song PLUS DM-i is quite intriguing. The 51km version omits fast-charging modules purely for cost control, limiting maximum charging power to 7kW. In contrast, the 110km version employs DC fast-charging technology, boosting charging efficiency by 300%. In practical use, 51km owners must endure commercial electricity rates of 2.9 yuan/kWh with lengthy waits, while fast-charging users complete the process in half an hour at 0.8 yuan/kWh. However, this has minimal impact on owners who primarily use gasoline, as a full tank still delivers 1,000 km range. Those prioritizing charging flexibility should consider the higher budget - the price difference amortized over a five-year ownership cycle poses little financial burden.

Was this review help?
11
1
Share
Expand All
More Forum Discussions

Why does the new Baojun 730 make abnormal noises when turning the steering wheel back and forth?

Steering wheel abnormal noises may be caused by insufficient lubrication of the steering column, low power steering fluid, issues with the universal joint, or damage to the plane bearing. Steering wheel principle: Many vehicles now have vacuum assist, which only reduces the driver's control effort but does not change the force on the steering gear itself. Therefore, an effective way to reduce steering wheel wear is to minimize the load on the steering wheel during operation. Safety hazards caused by aging: Car enthusiasts should develop the habit of turning the steering wheel only after the wheels start moving. This reduces the friction resistance between the tires and the ground, lessens the excessive load on the steering gear and the excessive wear of the steering linkage system, which can cause abnormal noises when turning the steering wheel. Long-term stationary steering: This not only places a heavy load on the steering gear but also accelerates the wear on the tire surface, reducing the tire's service life. The method to change this habit is: Quickly turn the steering wheel when the wheels are slightly moving to achieve the purpose of control.
5
0
Share

At what temperature does the Chery Tiggo 3's fan start working?

Chery Tiggo 3, the fan starts working at 93 degrees. Working principle of the electric fan: The car's electric fan is controlled by a thermostat. When the water temperature rises to the upper limit, the thermostat connects the power supply, and the fan starts working. When the water temperature drops to the lower limit, the thermostat turns off the power supply, and the fan stops working. Reasons why the electric fan does not work: Poor lubrication of the motor: If the fan does not rotate, it may be due to insufficient lubrication of the motor, causing the motor to be unable to drive the fan blades after installation; Motor overheating: Overheating of the motor can also reduce its load-bearing capacity, decreasing the motor's effective power and making it unable to drive the load; Reduced capacitor capacity: The capacitor's capacity may decrease, leading to a reduction in the motor's starting torque and inability to drive the load; Extended motor usage: Over time, the motor wears out. After the motor's shaft sleeve wears, it is easy to burn out. Prolonged use of the motor increases its internal resistance, reduces its load-bearing capacity, and makes it unable to drive the fan blades to rotate.
20
3
Share

Is the Mercedes-Benz GLA a Three-Cylinder Engine?

Mercedes-Benz GLA is not equipped with a three-cylinder engine, but a 1.3T inline four-cylinder turbocharged engine. Engine performance specifications: The Mercedes-Benz GLA uses two versions of the engine, one is a low-power version 1.3-liter turbocharged engine, and the other is a high-power version 1.3-liter turbocharged engine. The low-power version has a maximum power of 100kW and a maximum torque of 250 Nm, with the maximum power achieved at 5500 rpm and the maximum torque available between 1460 to 4000 rpm. The high-power version delivers a maximum power of 120kW and a maximum torque of 250 Nm, with the maximum power at 5500 rpm and the maximum torque between 1620 to 4000 rpm. This engine features direct fuel injection technology and uses an aluminum alloy cylinder head and block. Introduction to the Mercedes-Benz GLA: The Mercedes-Benz GLA is a five-door, five-seat SUV model. Its dimensions are 4427 mm in length, 1834 mm in width, and 1615 mm in height, with a wheelbase of 2729 mm. The Mercedes-Benz GLA perfectly combines powerful performance and handling.
4
4
Share

What Are the Basic Structure and Functions of a Car?

An automobile is typically composed of four main parts: the engine, chassis, body, and electrical equipment. Below is a more detailed introduction: I. Function of the Engine: The engine's role is to burn the fuel supplied to it and generate power. Most cars use reciprocating piston internal combustion engines, which generally consist of the engine block, crankshaft-connecting rod mechanism, valve train, fuel supply system, cooling system, lubrication system, ignition system (used in gasoline engines), and starting system. II. Composition of the Chassis: The chassis receives power from the engine, enabling the car to move and ensuring it operates normally according to the driver's control. The chassis consists of the following components: 1. Transmission System: Transmits the engine's power to the drive wheels. The transmission system includes the clutch, gearbox, drive shaft, and drive axle. 2. Running Gear: Connects all the assemblies and components of the car into a whole and supports the entire vehicle to ensure normal operation. The running gear includes the frame, front axle, drive axle housing, wheels (steering wheels and drive wheels), and suspension (front suspension and rear suspension). 3. Steering System: Ensures the car can move in the direction chosen by the driver, consisting of a steering wheel-equipped steering gear and steering linkage. 4. Braking Equipment: Slows down or stops the car and ensures it remains reliably parked after the driver leaves. Every car's braking equipment includes several independent braking systems, each composed of an energy supply device, control device, transmission device, and brake. III. Body: The body serves as the workspace for the driver and the area for carrying passengers and cargo. It should provide the driver with convenient operating conditions and offer passengers a comfortable and safe environment or ensure the cargo remains intact. A typical truck body includes the front sheet metal cab, driver's cabin, and cargo compartment. IV. Electrical Equipment: The electrical equipment consists of the power supply group, engine starting and ignition systems, car lighting, and signal devices. Additionally, modern cars are increasingly equipped with various electronic devices such as microprocessors, central computer systems, and various artificial intelligence devices, significantly enhancing the car's performance.
16
5
Share

What Causes Idle Vibration in Haval H2?

Haval H2 idle vibration may be caused by fuel quality issues, severe engine carbon buildup, or ignition system faults. Fuel Quality Issues: Statistics show that most idle vibration problems encountered by car owners are caused by fuel quality issues. Occasional use of poor-quality fuel not only damages engine performance but also leads to minor issues like body vibration, thereby increasing later maintenance costs. Therefore, when refueling, always pay attention to fuel quality and use reputable gas stations. Severe Engine Carbon Buildup: Excessive dirt on the throttle valve or a significant amount of gasoline sprayed by the injector being absorbed by carbon deposits can result in an overly lean air-fuel mixture in the combustion chamber, making the engine harder to start. Solution: Clean the fuel system and check if the idle speed motor has carbon buildup, which should be cleaned thoroughly. Ignition System Faults: Ignition system vibrations are generally caused by ignition coils and spark plugs. Main checks include whether the ignition coil has signal loss, poor contact, or module failure. For spark plugs, check for carbon buildup, insulator cracking, gaps that are too small or too large, or excessive resistance or leakage in the high-voltage coil.
10
0
Share

What is the fuel consumption of the Nissan Yixuan 2.5?

Nissan Yixuan 2.5 has a Ministry of Industry and Information Technology (MIIT) fuel consumption rating of 10.5 liters per 100 kilometers. Actual fuel consumption is influenced by multiple factors such as load, road conditions, driving habits, weather, wind speed, tire pressure, etc. The actual comprehensive fuel consumption should be based on real driving conditions. Methods to determine fuel consumption: You can determine fuel consumption through the car's dashboard, where F=full (representing full) and E=empty (representing empty). When the fuel tank warning light comes on, record the mileage, then note how much fuel is added. When the fuel is next depleted, record the mileage again. Subtract the initial recorded mileage from the current mileage, then divide by the amount of fuel used to calculate the fuel consumption. Factors affecting fuel consumption: There is a certain relationship between engine displacement and fuel consumption, but a higher fuel consumption does not necessarily mean a larger displacement. In relative terms, the size of a car's engine displacement does not directly correlate with fuel consumption in a proportional manner. Besides engine displacement, factors such as the car's shape, weight, and engine technology also significantly influence fuel consumption. Among vehicles with the same displacement, those with more advanced engine technology tend to be more fuel-efficient.
18
3
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.