···
Log in / Register

What to Do When an Electric Vehicle Stops Running After Passing Through Water?

1 Answers
TylerAnn
07/24/25 9:40pm
If an electric vehicle suddenly stops running after passing through water, do not attempt to restart it immediately. Instead, park the vehicle in a safe area and let it dry for one to two hours to restore its performance. Additional Information: 1. Expert Reminder: Electric vehicle owners must assess the water conditions before driving through. For pure electric vehicles, the water depth should not exceed 30cm (15cm for battery-swapping vehicles), and the speed should be controlled below 10km/h. Always monitor the dashboard for any warning signals and drive cautiously. If the vehicle reports an insulation fault, stop immediately for inspection. 2. Reference: Electric vehicles are not suitable for passing through water deeper than half the tire height. In the absence of preceding vehicles or pedestrians as references, use the roadbed or other fixed objects to estimate water depth. If necessary, exit the vehicle and use an umbrella or branch to check the water depth. 3. Immediate Shutdown: Regardless of the electric vehicle's performance, owners should avoid driving through flooded areas whenever possible. Park the vehicle in an open, elevated area. If the vehicle stalls, do not restart it immediately. Instead, park in a safe area and let it dry for one to two hours to restore performance. If an electric vehicle suddenly stops running after passing through water, do not attempt to restart it immediately. Instead, park the vehicle in a safe area and let it dry for one to two hours to restore its performance. Additional Information: 1. Expert Reminder: Electric vehicle owners must assess the water conditions before driving through. For pure electric vehicles, the water depth should not exceed 30cm (15cm for battery-swapping vehicles), and the speed should be controlled below 10km/h. Always monitor the dashboard for any warning signals and drive cautiously. If the vehicle reports an insulation fault, stop immediately for inspection. 2. Reference: Electric vehicles are not suitable for passing through water deeper than half the tire height. In the absence of preceding vehicles or pedestrians as references, use the roadbed or other fixed objects to estimate water depth. If necessary, exit the vehicle and use an umbrella or branch to check the water depth. 3. Immediate Shutdown: Regardless of the electric vehicle's performance, owners should avoid driving through flooded areas whenever possible. Park the vehicle in an open, elevated area. If the vehicle stalls, do not restart it immediately. Instead, park in a safe area and let it dry for one to two hours to restore performance.
Was this review help?
2
2
Share
More Forum Discussions

What are the differences between the three major components of the Atz and the Camry?

The differences between the three major components of the Atz and the Camry are as follows: Power: The 2.5 Atz has a maximum horsepower of 192 hp, a maximum power of 141 kW, and a maximum torque of 252 Nm. The Camry 2.5 model has a maximum horsepower of 209 hp, a maximum power of 154 kW, and a maximum torque of 250 Nm. In terms of power, the Camry has a slight advantage. Transmission: The Camry is equipped with an 8AT transmission, which has a slight advantage over the 6AT transmission in terms of technology and fuel economy. The Atz's 6AT transmission was jointly developed by Mazda and Aisin, with very high transmission efficiency. Toyota's 8AT transmission is also provided by Aisin. Suspension: The Atz features a front MacPherson strut independent suspension and a rear multi-link independent suspension, while the Camry uses a front MacPherson strut independent suspension and a rear double-wishbone independent suspension. There is not much difference between the two suspension systems, but the Atz's chassis is tighter and more sport-tuned. The Camry adopts the new TNGA architecture, which significantly improves handling but still leans slightly towards comfort tuning.
1
3
Share

Is the Breeze engine imported or domestically produced?

The Breeze engine is not imported; it is produced domestically using Honda's technology. The Honda Breeze is equipped with the L15BT 1.5-liter turbocharged engine, which is also part of Honda's Earth Dreams series, a key engine lineup from Honda. Below are more details about the new Breeze: 1. Exterior: The hexagonal grille design has been removed, replaced by refined and dynamic chrome accents and sharp LED headlights, combined with the Honda emblem, creating a strong visual impact. The interior features flowing LED turn signals that enhance the sporty feel. 2. Interior: The Breeze's interior largely maintains the CR-V's design, but with some adjustments in materials and details. The 1.5T high-end model will be equipped with the Honda CONNECT 2.0 intelligent connectivity system.
18
1
Share

What Are the Symptoms of a Faulty Car Thermostat?

After starting the engine, inspect by opening the filler cap of the coolant reservoir to see if there is any water flow inside. If there is no flow, it indicates that the thermostat is damaged or there is debris stuck between the main valve switches. The symptoms of a faulty thermostat are as follows: 1. Thermostat malfunction, where the opening is too small, affecting the engine's large and small circulation cycles, preventing effective heat dissipation, leading to increased engine temperature and the illumination of the coolant temperature warning light; 2. Thermostat opening too large, causing the engine temperature to be too low, slow temperature rise, increased fuel consumption, and abnormal engine noises; 3. Thermostat sticking, which can easily lead to carbon buildup, causing unstable engine idle and resulting in engine vibration.
19
2
Share

What type of engine oil is suitable for the Roewe RX5?

Roewe RX5 generally uses 5W-30 fully synthetic engine oil. If the temperature in your area is relatively low, it is recommended to use 0W-30 fully synthetic engine oil. The reasons are as follows: 1. In terms of power, it is divided into two types: 1.5T and 2.0T, matched with three types of transmissions: 6-speed dual-clutch, 7-speed dual-clutch, and 6-speed manual. 2. The vehicle's engine is a turbocharged engine, which has higher lubrication requirements for engine oil because turbocharging operates under high temperature and high speed conditions. In this case, fully synthetic engine oil must be used. 3. With fully synthetic engine oil, maintenance is required approximately once a year or every 10,000 kilometers.
7
3
Share

What brand is the engine of the Haima S5?

Haima's engines are all self-produced, with the model being HMAGN16-VF1, utilizing VVT variable valve timing and VIS variable intake manifold technology. The maximum power is 90kW/6000rpm, and the maximum torque is 160Nm/4000rpm. Below is some relevant information about Haima: The Haima S5 is positioned as a compact SUV by Haima Motors, incorporating many popular design elements of the time; such as a starry dot-matrix grille, raised engine hood on both sides, split headlights and fog lights, boomerang-style taillights, and dual single-exit exhaust pipes. The fastback-style roof line elongates the visual perception of the car's side profile, making it look more muscular.
11
4
Share

What are the symptoms of a faulty Wuling Rongguang EGR valve?

The most obvious symptom of a faulty Wuling Rongguang EGR valve is that it causes the engine's idle speed to become extremely unstable, even stalling. The EGR valve is a component of the exhaust gas recirculation control system. When the EGR valve fails, symptoms may include extremely unstable idle speed or stalling, flashing check engine light, failure to meet emission standards during annual inspection, burning engine oil, and blue smoke from the exhaust. Below is more information about the EGR valve: The EGR valve is a mechatronic product installed on diesel engines to control the amount of exhaust gas recirculated back into the intake system. It is usually located on the right side of the intake manifold, near the throttle body, and is connected to the exhaust manifold via a short metal pipe. Its function is to regulate the amount of exhaust gas entering the intake manifold for recirculation. The EGR valve is a crucial component in the exhaust gas recirculation system, used to reduce the emission of nitrogen oxides (NOx) in the exhaust.
5
5
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.