What causes a sudden engine stall and power loss while driving an Emgrand?

2 Answers
MacEllie
07/24/25 1:41pm
The reasons for a sudden engine stall and power loss while driving an Emgrand include issues with fuel quality and problems with the circuit board. Specific details are as follows: Issues with fuel quality: Water or impurities in the fuel tank, clogged fuel injectors, or a dirty fuel filter. Inspect and clean the fuel supply system. Problems with the circuit board: If you notice the engine stall, depending on the road conditions and if there is no emergency, you can gently apply the brakes to prevent a rear-end collision. As the vehicle speed decreases, you can slowly steer toward the roadside lane. It is important to keep the brakes applied continuously. Note that the braking force should gradually increase—do not pump the brakes, as this will deplete the remaining vacuum.
Was this review help?
14
5
Share
AaliyahDella
08/11/25 7:40am
The Emgrand suddenly stalled and lost power while driving? I've encountered similar situations a few times. The most common cause is ignition system failure, such as worn spark plugs or faulty ignition coils, preventing the engine from starting. Another possibility is a fuel pump issue—clogged fuel lines or insufficient pressure can cause stalling. Electrical-wise, a blown fuse or a broken timing belt can also lead to sudden power loss. It's advised to immediately turn on hazard lights and pull over safely, then use a diagnostic tool to check for trouble codes. Don't delay repairs as it may lead to bigger issues—make sure to inspect these components during the next maintenance.
Was this review help?
5
2
Share
Expand All
More Forum Discussions

What suspension does the Volvo S80L use?

Volvo S80L uses MacPherson independent suspension for the front suspension and multi-link independent suspension for the rear suspension. The MacPherson suspension has only one L-shaped control arm, which does not occupy engine compartment space; the multi-link independent suspension is an improvement based on the double-wishbone suspension, replacing the two wishbones of the double-wishbone suspension with separate links. MacPherson suspension is an independent suspension, meaning there is no connection between the two wheels on the same axle, thus eliminating any motion interference. Multi-link suspension can improve the tire's ground contact performance, enhancing grip and thereby improving the vehicle's handling.
8
4
Share

Reasons for Car AC Not Cooling at Low Speeds

Car AC not cooling at low speeds is caused by insufficient pressure. Reason 1: Insufficient Freon: When the car is idling, especially when stopping at traffic lights or in traffic jams (lacking the cooling effect from driving wind speed), the low engine speed causes the compressor speed to also decrease. With insufficient Freon, its instant pressurization cannot reach the standard state, resulting in excessively low high pressure and suboptimal cooling performance. This can be resolved by adding some Freon, but it is important to use high-purity, environmentally friendly Freon. Reason 2: Compressor Pressure Leakage: This directly leads to severely low pressure at idle speed. In this case, the compressor needs to be replaced, which can be a significant expense. Reason 3: AC Cooling Fan Not Working: When the car is stationary, poor heat dissipation (lacking the cooling wind speed from driving) causes the pressure to become excessively high. The high-pressure sensor then forces the compressor to stop working, resulting in no cold air. In this situation, check the fuse, relay, and the fan itself to identify the faulty component and replace it. Reason 4: Expansion Valve Orifice Too Large: At idle speed, the low pressure becomes too high, significantly reducing the AC's cooling effect. This requires replacing the expansion valve and completely refilling the system with Freon.
1
3
Share

How to Identify a Car Engine Model?

Here is a detailed introduction to engine models: 1. Generally includes: number of cylinders, bore diameter, inline or V-shaped arrangement. Front part: Product series symbol and generation indicator symbol, represented by letters chosen by the manufacturer as needed, but must be approved by the relevant authority. 2. Middle part: Composed of symbols for the number of cylinders, stroke, cylinder arrangement, and bore diameter. 3. Rear part: Structural and usage characteristic symbols, represented by letters. 4. Tail part: Distinguishing symbols. L4 = Inline 4-cylinder. V6 = V-type 6-cylinder (3 cylinders per side in one row, arranged in two rows in a V shape). V8 = V-type 8-cylinder (4 cylinders per side in one row, arranged in two rows in a V shape). W12 = W-type 12-cylinder (4 cylinders per group in one row, arranged in four rows in a W shape; generally used in sports cars). For example, the 4102 engine indicates 4 cylinders in line with a bore diameter of 102 mm. 5. Usually, the manufacturer's self-assigned code is added at the front, and a Q or other letter is added at the end to indicate whether it is for automotive, marine, power generation, etc.
11
2
Share

How to Fix a Continuously Running Self-Priming Pump?

It is likely that there is air leakage in the water valve of the pressure well. The best solution is to install a separate pipe for the self-priming pump into the well. If this is not feasible, install a valve at the bottom of the pressure water device and close it when the device is not in use. This prevents air from entering the pipeline, allowing the self-priming pump to function properly. Solutions for self-priming pump motor malfunctions: 1. Pump does not work after power is connected: This could be due to issues with the power plug or wiring, such as insufficient power or a short circuit. 2. Difficult to start or noise during startup: During inspection, gently move the fan blade with a small bamboo stick. If the motor runs normally, the starting winding may be damaged. Replace the capacitor with one of the same capacity or repair the starting winding. If the motor is stuck, it may be due to faults in the motor or pump head, such as bearing damage or impeller blockage. 3. Motor runs but at a slow speed, with overheating and a burning smell: This could be caused by a motor short circuit. Open the motor to assess the damage and repair accordingly. 4. Excessive noise and vibration during operation: This is often due to bearing damage or improper fit between the bearing and the motor casing. Disassemble the motor for inspection. If the bearing is damaged, replace it. If the bearing "runs outer circle," notch the pump casing's fitting surface. If the bearing "runs inner circle," notch the worn part of the motor shaft. For severe wear, use welding followed by turning to repair.
3
0
Share

What are the safety features of the Volvo S60?

The safety features of the Volvo S60 include: driver and front passenger airbags, front side airbags, front and rear head airbags, tire pressure monitoring, blind spot monitoring, lane departure warning, lane keeping assist, traffic sign recognition, automatic emergency braking, and driver fatigue monitoring system. Safety features can be divided into active safety features and passive safety features. Active safety features are designed to prevent accidents, while passive safety features protect passengers in the event of an accident. The Volvo S60 is available in hybrid and pure gasoline versions. The pure gasoline version uses three engines: a low-power 2.0-liter turbocharged engine, a medium-power 2.0-liter turbocharged engine, and a high-power 2.0-liter turbocharged engine. The hybrid version uses a 2.0-liter twin-charged engine, which combines both a supercharger and a turbocharger, selecting the appropriate charging method under different operating conditions to improve engine efficiency and power.
13
0
Share

What brand is HYUNDAI?

HYUNDAI is Hyundai Motor, a South Korean automotive brand and the largest automobile manufacturer in South Korea. Originally part of the Hyundai Group, it is one of the world's top 20 largest automobile companies. Hyundai Motor Company has the capacity to export over 500,000 vehicles annually and has established production bases in regions including North America, Asia, Africa, and Europe. Hyundai Motor's models include the ix35, Elantra, Verna, Coustu, Elantra, Tucson L, and Mistra. Brand Development Timeline: In 1942, Chung Ju-yung established an auto repair shop on a small street in Seoul. In December 1967, Hyundai Motor was founded in collaboration with Ford Motor Company, marking its official entry into heavy industry. In 1981, it formed a joint venture with Mitsubishi Motors (Mitsubishi held a 10% stake). In 1992, at the Detroit Auto Show, Hyundai unveiled its first fully independently developed concept car, the HCD-I. In 1993, at the Detroit Auto Show, Hyundai revealed its second ace—the HCD-II. In December 2000, the predecessor of Hyundai Motor (China) Vehicle Sales Headquarters was established in Shanghai. On August 18, 2009, the rear-wheel-drive flagship model was launched in China. In September 2019, Hyundai Motor Group signed a cooperation agreement with Aptiv, an autonomous driving technology supplier.
15
4
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.