···
Log in / Register

How many kilowatt-hours does it take to fully charge the Roewe ei5?

4 Answers
StLiam
07/29/25 8:18pm
Roewe ei5 requires 35 kilowatt-hours to fully charge. Here is some extended information about the Roewe ei5: 1. The Roewe ei5 is a pure electric vehicle equipped with an 85kw electric motor, delivering a maximum torque of 255 Nm. 2. The Roewe ei5 uses ternary lithium batteries, which are lighter in weight and have higher energy density. 3. The front suspension of the Roewe ei5 uses a MacPherson independent suspension, while the rear suspension uses a torsion beam non-independent suspension. 4. The dimensions of the Roewe ei5 are 4544mm in length, 1818mm in width, 1536mm in height, with a wheelbase of 2665mm. 5. The Roewe ei5 is equipped with multiple intelligent safety features including LDW Lane Departure Warning System, AEB Automatic Emergency Braking System, FCW Forward Collision Warning System, SAS Speed Assistance System, and automatic high/low beam switching for headlights.
Was this review help?
18
2
Share
Sauron
08/14/25 4:48pm
As a long-time electric vehicle owner, let me talk about the Roewe ei5. A full charge takes about 53 kWh, and the battery capacity is quite reasonably designed, with an actual range of around 400 km, which is more than enough for city commuting. During my daily driving, I've noticed that weather and air conditioning have a significant impact. In winter, with the heater on, the range drops quickly, possibly down to just over 300 km, so I recommend planning charging stops carefully. In terms of charging, a home slow charger fills it up overnight, while a fast-charging station can get it to 50% in about 30 minutes. Electricity costs are incredibly cheap—at 0.6 RMB per kWh, I save a lot on fuel costs each month. Battery maintenance is crucial; avoid deep discharges or frequent full charges, and keeping the battery level between 20%-80% can extend its lifespan. After driving an electric car for over two years, I find it both hassle-free and eco-friendly. The Roewe ei5 offers great value for its price, making it ideal for practical-minded people like me who prioritize cost-effectiveness and convenience.
Was this review help?
16
1
Share
Expand All
Henderson
10/16/25 3:38am
As an automotive technology enthusiast, I often study the specifications of the Roewe ei5. Its fully charged capacity is 52.5 kWh, approximately 53 units of electricity. This data is based on the ternary lithium battery design, with a labeled range of 420 kilometers, but actual performance is significantly affected by driving habits, such as faster energy consumption during high-speed driving or rapid acceleration. The charging system supports a maximum of 60 kW fast charging, taking about 40 minutes to charge from 0 to 80%, while a home charger with lower power takes about ten hours to fully charge. Battery health affects its lifespan, so it's recommended to avoid charging in extreme temperatures and regularly check voltage stability. In terms of performance, the ei5 balances weight and efficiency, making it a great city commuter with low electricity costs of just a few cents per kilometer, much more economical than fuel-powered cars, and offering a quiet, smooth, and pollution-free driving experience.
Was this review help?
17
3
Share
Expand All
Gomes
11/29/25 4:25am
As an urban commuter, I find the Roewe ei5 quite handy. A full charge of around 53 kWh gives me about 350 kilometers for my weekly commute. The range slightly decreases when using air conditioning and music during daily driving, but it's no big deal. I make it a habit to top up the charge at the company charging station after work since electricity is cheap. My monthly electricity bill is just over 100 yuan, far less than what I'd spend on a gasoline car, saving both money and hassle. For battery maintenance, avoid draining it completely before charging and set an 80% limit to protect the battery. Overall, this car is highly adaptable, stress-free for short trips, and convenient with charging stations readily available.
Was this review help?
7
4
Share
Expand All
More Forum Discussions

Symptoms of a Bad Engine Mount?

Symptoms of a damaged engine mount in a car are as follows: 1. When the engine is idling, if you can feel significant vibration in the steering wheel, it may indicate that one of the engine mounts is damaged. 2. While the engine is idling, shifting into R or D gear, holding the brake for 10 seconds without moving, if the steering wheel shakes or the body vibrates abnormally, the engine and transmission mounts may be damaged. 3. Vibration during acceleration, causing resonance in a specific range, could be a sign of a damaged mount. 4. If there is oil leakage on the surface, it might indicate a damaged hydraulic engine mount.
17
4
Share

How many days after failing Subject 2 can I schedule the next attempt?

After failing Subject 2, you cannot immediately reschedule the test. The applicant needs to first pay the re-examination fee at the vehicle management office and wait for 10 days before retaking the exam. Relevant information about the driver's license examination is as follows: 1. Article 37 of the "Regulations on the Application and Use of Motor Vehicle Driver's Licenses" stipulates: Each subject can be taken once, and those who fail can retake it once. Those who do not participate in the retake or fail the retake will have their current examination terminated. The applicant must reschedule the examination, but for Subject 2 and Subject 3, the rescheduling must be done after 10 days. 2. For those who fail the Subject 3 safe and civilized driving knowledge test, the passed road driving skill test scores remain valid.
3
0
Share

Car Acceleration Shaking?

Car acceleration shaking may be caused by the following reasons: 1. Engine malfunction; 2. Insufficient cylinder pressure; 3. Half-shaft malfunction; 4. Fuel system malfunction; 5. Aging engine components; 6. Ignition system failure. Solutions for car acceleration shaking are as follows: 1. Replace filters: including oil filter, gasoline filter, fuel filter, and air filter. Replacing filters can improve filtration efficiency, reduce impurities, and make engine combustion more complete; 2. Clean carbon deposits: including spark plug carbon deposits, throttle carbon deposits, and cylinder carbon deposits.
6
5
Share

Audi A6L experiences jerking when shifting into reverse gear?

Audi A6L jerking when shifting into reverse gear: The automatic transmission may have a malfunction. Solution: It is recommended to visit an authorized 4S dealership for inspection and repair as soon as possible. More information about the Audi A6L is as follows: 1. The Audi A6L is a vehicle series developed by FAW-Volkswagen Audi based on the German new A6, serving as the successor to the A6. 2. The exterior design of the new-generation Audi A6L shows minimal overall changes, adopting a more innovative and youthful design on the existing foundation, featuring a new family-style front grille that closely resembles the current A8L. 3. The dimensions of the new Audi A6L are 5015mm*1874mm*1455mm (length*width*height), with a wheelbase of 3012mm.
13
5
Share

What does 6MT transmission mean?

It refers to a 6-speed manual transmission. The term MT stands for Manual Transmission, with its full English name being manual-transmission. The number 6 indicates that it has 6 manual forward gears. Manual transmissions are widely used, with 5MT and 6MT being more prevalent. Manual transmission is a gear-shifting device used to alter the speed and torque transmitted from the engine to the driving wheels. It enables the vehicle to achieve different traction forces and speeds under various conditions such as starting from a standstill, climbing hills, turning corners, and accelerating, while also allowing the engine to operate within a more favorable range. Introduction to Manual Transmission: Modern vehicle engines have limited ranges of speed and torque variation, but driving conditions vary greatly, requiring a wide range of changes in traction force and speed. For instance, when starting, a vehicle doesn't need high speed but requires greater traction force, whereas on highways, less traction force is needed but higher speed is desired. This demand characteristic of vehicles conflicts with the engine's speed-torque characteristics, and the transmission precisely resolves this contradiction. The functions of a manual transmission are: To change the gear ratio, expanding the range of torque and speed variations of the driving wheels to adapt to frequently changing driving conditions. To enable reverse driving by using the reverse gear while maintaining the engine's rotation direction. To interrupt power transmission with the neutral gear without turning off the engine, facilitating engine start-up, warm-up, idling, gear shifting, coasting, or temporary stops. To transmit the engine's power output to drive other mechanisms, such as winches in some vehicles or oil pumps in dump trucks. Compared to hydraulic automatic transmissions (AT), manual transmissions have both advantages and disadvantages. Advantages: Compared to automatic transmissions, they offer more control pleasure for driving enthusiasts. Higher transmission efficiency than automatic transmissions, resulting in better fuel economy under the same engine displacement. Simpler construction, cheaper maintenance, and greater durability than automatic transmissions. Relatively mature technology and lower manufacturing costs. Higher reliability. Disadvantages: Gear shifting requires simultaneous control of the clutch, gear lever, and throttle, increasing the driver's operational burden, especially for beginners, potentially causing nervousness and affecting driving safety. Inexperienced clutch control can lead to stalling on the road, and improper uphill operation may damage the engine and transmission. Manual transmissions are purely mechanical, so adding gears increases size and weight, limiting the number of gears (currently up to seven speeds, with six speeds being optimal). In contrast, automatic transmissions using planetary gear sets (AT) or steel belts (CVT) can compress size with technological advancements, allowing more gears without increasing volume. Classification and Structure: Manual transmissions consist of gear transmission mechanisms, transmission housing, and control mechanisms. The gear transmission mechanisms can be classified by the number of forward gears or the form of shafts. Based on the number of forward gears, they can be three-speed, four-speed, five-speed, or multi-speed transmissions. Based on shaft forms, they can be fixed-axis (where gear rotation axes are stationary) or rotating-axis (where gear rotation axes also rotate, such as planetary gear transmissions). Fixed-axis manual transmissions can be further divided into two-shaft, intermediate-shaft, double intermediate-shaft, and multi-intermediate-shaft types based on the number of shafts.
5
3
Share

Which is bigger, a subcompact car or a compact car?

Compact cars are larger. Relevant information is as follows: 1. Compact cars, also known as A-segment cars, have a wheelbase between 2500mm and 2700mm, and an engine displacement between 1.6L and 2.0L. Examples of compact cars include: Chevrolet Cruze, Mitsubishi Lancer, Buick Excelle, Hyundai Elantra, Nissan, etc. 2. Subcompact cars refer to A0-segment cars within the A-segment, with a wheelbase between 2200mm and 2300mm, and an engine displacement between 1L and 1.3L. Examples of subcompact cars include: Changan Yuexiang, Toyota Yaris L, Volkswagen Polo, Toyota Vios FS, Wuling Hongguang MINIEV, etc.
8
3
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.