Fuel-Saving Tips for the Chery Tiggo Cross CSH

The Chery Tiggo 8 CSH is a modern Plug-in Hybrid Electric Vehicle (PHEV) that combines the performance of a gasoline engine and an electric motor in one advanced system. Unlike conventional vehicles, the Tiggo 8 CSH features a more complex electrical system equipped with a high-voltage battery as an additional power source.

Maintaining the Tiggo 8 CSH’s electrical and air conditioning systems is crucial because both components work together to support the performance of the hybrid system. The electrical system serves as the core that powers the electric motor, while the AC helps regulate cabin temperature and cool the battery components to ensure optimal performance.

Without regular maintenance, both systems may experience reduced efficiency, affecting energy performance and driving comfort. Therefore, if you own or plan to purchase this vehicle, here are some essential tips for maintaining the Tiggo 8 CSH’s electrical and AC systems.

How to Maintain the Electrical System of the Chery Tiggo 8 CSH

As a plug-in hybrid vehicle, the electrical system in the Chery Tiggo 8 CSH plays a crucial role in powering the electric motor and optimizing fuel efficiency. This system works by transferring energy from the high-voltage battery to the electric motor through an inverter, which converts direct current (DC) into alternating current (AC).

Within the Tiggo 8 CSH’s electrical structure, several key components must be maintained for optimal performance, including the high-voltage battery, inverter, electric motor, and Power Control Unit (PCU). To keep the vehicle’s electrical functions in top condition, here are some practical tips for maintaining the Tiggo 8 CSH’s electrical system:

• Regularly check the battery condition to ensure normal voltage levels.
• Make sure connectors and terminals are clean and free from dust or corrosion.
• Avoid overcharging, which can accelerate battery degradation.
• Use certified home or public charging stations.
• Avoid installing non-recommended electrical accessories.
• Ensure the battery cooling system works properly, with smooth fluid circulation and no leaks.

By following these maintenance steps, the Tiggo 8 CSH’s electrical system will remain efficient, safe, and capable of supporting optimal hybrid performance in the long run.

How to Maintain the Cooling and AC System of the Tiggo 8 CSH

In hybrid vehicles like the Chery Tiggo 8 CSH, the cooling system plays a crucial role in maintaining the optimal temperature of both the engine and the high-voltage battery. One of the main advantages of the Tiggo 8 CSH’s AC system lies in its dual cooling system, which is specially designed for electrified vehicles.

The AC system in the Tiggo 8 CSH not only ensures comfortable cabin temperatures but also manages air circulation and coolant flow to stabilize the temperature of electrical components such as the battery and inverter. To prevent damage and maintain the system’s durability, here are several ways to care for the Tiggo 8 CSH’s AC system:

• Use the AC wisely and avoid extreme temperature settings that burden the system.
• Clean the cabin air filter regularly to maintain proper airflow.
• Ensure the refrigerant level is adequate and that there are no leaks.
• Clean the evaporator and air ducts to prevent cooling inefficiency.
• Have the battery cooling system checked at an authorized Chery service center.

By applying these maintenance tips, you can help preserve the performance of the Tiggo 8 CSH’s AC system. A stable cooling system is essential to ensure that both the gasoline engine and electric motor operate under ideal conditions without the risk of overheating. Efficient cooling also helps extend battery life and maintain overall energy efficiency.

Signs of Electrical or Cooling System Problems

Here are several signs that Chery Tiggo 8 CSH owners should watch for as early indicators of issues in the vehicle’s electrical and cooling (AC) systems of the hybrid car:

• Electrical system warning light turns on: If warning icons such as the battery symbol, hybrid system alert, or “check engine” light appear, it may indicate a problem with electrical components such as the high-voltage battery, inverter, or power connectors.
• Reduced acceleration or sluggish power response: When the electric motor isn’t performing optimally, the car may feel heavier during acceleration. This could be due to decreased battery capacity, power control system issues, or inefficient battery cooling.
• Increased energy or fuel consumption: An inefficient electrical system causes the vehicle to rely more on the gasoline engine. As a result, fuel consumption rises, and the EV mode activates less frequently.
• Engine or battery overheating: Overheating is a strong indicator that the cooling system isn’t functioning properly. Possible causes include low coolant levels, poor circulation, or a clogged battery cooling system.
• AC not cooling or making unusual noises: If the cabin temperature remains warm even when the AC is on full power, or if you hear humming or vibrating sounds, it could signal a refrigerant leak or damage to the electric AC compressor.
• Unstable voltage or dim vehicle lights: Dim headlights, infotainment screens, or instrument panels may point to issues in the power distribution system, possibly caused by dirty connectors, a faulty inverter, or unstable battery voltage.
• Hybrid driving mode not activating: If the system cannot switch to EV Mode even when the battery is fully charged, it could mean the Battery Management System (BMS) has detected irregularities in temperature or electrical current.

Read also: How The 3 Driving Modes of Tiggo 8 CSH Work: Eco, Sport, and Normal

Maintaining the electrical system and AC of the Tiggo 8 CSH is not just about comfort, it’s also about efficiency and safety. A well-maintained electrical system helps keep the battery and electric motor performing optimally, while a clean and properly functioning AC maintains ideal temperatures for both the cabin and vehicle components.

Schedule regular inspections of your Tiggo 8 CSH’s electrical and AC systems at the nearest authorized Chery service center to ensure your vehicle always performs at its best. You can learn more about Chery’s service options by visiting chery.co.id.

The Chery Tiggo 8 CSH is a Plug-in Hybrid Electric Vehicle (PHEV) that combines a gasoline engine with an electric motor powered by a rechargeable battery. One of its key advantages lies in the three driving modes offered: Smart Mode, Initial Mode, and Force Mode.

The driving modes in the Tiggo 8 CSH are designed to provide flexibility in using electric and gasoline power depending on driving conditions. Each mode has its own characteristics and benefits tailored to the driver’s needs—whether for city driving, long-distance trips, or other situations.

Through the three selectable driving modes—Smart, Initial, and Force—drivers can enjoy a flexible and efficient driving experience. In this article, we’ll explore each Tiggo 8 CSH driving mode in detail, how they work, and the best situations to use them.

Smart Mode: Intelligently Adapting to Driving Style

This driving mode automatically adjusts the power distribution between the gasoline engine and the electric motor based on driving conditions, driving style, and battery level. Smart Mode represents the adaptive intelligence of the C-DM hybrid system, which is a key highlight of the Tiggo 8 CSH’s driving modes.

Smart Mode in the Tiggo 8 CSH is designed to balance performance and energy efficiency, allowing drivers to enjoy an optimal driving experience in various road conditions. This mode intelligently recharges the battery when it’s between 20%–80%, then switches to EV mode until the battery is fully charged.

Smart Mode is ideal for daily use or trips involving dynamic traffic conditions, such as city driving or light acceleration on highways. With intelligent power management, the system continuously monitors speed, engine load, and battery status to determine the most efficient power source at any given moment.

For example, when the vehicle is moving slowly, Smart Mode relies on the electric motor for fuel-efficient operation. When the driver accelerates to overtake or climb uphill, the gasoline engine automatically engages to provide extra power. This transition occurs seamlessly, making it nearly unnoticeable to the driver.

Initial Mode: Maximum Efficiency at Steady Speeds

Initial Mode is the energy-saving driving mode in the Tiggo 8 CSH that utilizes pure electric power from the battery without assistance from the gasoline engine. In this mode, the vehicle operates like a fully electric car (EV), as the electric motor becomes the sole source of propulsion.

The main purpose of the Tiggo 8 CSH’s Initial Mode is to optimize energy efficiency and minimize fuel consumption as long as the battery has sufficient charge. This mode is highly effective for driving at consistent speeds, such as during relaxed city commutes or cruising smoothly on highways with light traffic.

However, when the battery charge drops below a certain threshold (around 25–30%), the system automatically switches to hybrid mode to maintain stable vehicle performance. When the battery power becomes too low, the system disables battery output to prevent damage and preserve long-term battery health.

The transition from battery power to the gasoline engine occurs smoothly without disrupting driving comfort. This makes the Initial Mode of the Tiggo 8 CSH ideal for short-distance urban trips or when the driver wants to maximize the use of electric power.

Force Mode: Maximum Performance When Needed

The Force Mode of the Tiggo 8 CSH is a driving mode designed to deliver maximum performance while maintaining the battery’s power at an optimal level. In this mode, the gasoline engine actively operates to both drive the vehicle and recharge the battery up to around 80%.

Once the battery capacity reaches that level, the system automatically switches back to EV mode. Unlike Smart Mode, which adaptively manages battery charging when the charge gets low, Force Mode allows the battery to be charged while the vehicle is in motion.

The Force Mode in the Tiggo 8 CSH is especially useful for long-distance or out-of-town driving. It’s also ideal for situations that require high power and acceleration, such as overtaking on highways, climbing steep roads, or carrying heavy loads.

With Force Mode, drivers can ensure the battery always has sufficient reserve power for specific driving needs. The combination of the gasoline engine and electric motor in the Tiggo 8 CSH’s driving modes provides optimal power output without compromising efficiency.

The Importance of Driving Modes in the Chery Tiggo 8 CSH

The driving modes in the Chery Tiggo 8 CSH are intelligent systems designed to adjust the vehicle’s engine response, transmission, and power output according to the driver’s needs and road conditions. Through these modes, the vehicle can deliver a more efficient, comfortable, or powerful driving experience depending on the selected setting.

Smart Mode offers the ideal balance between the use of the gasoline engine and the electric motor automatically. Initial Mode prioritizes maximum efficiency by relying solely on electric power. Meanwhile, Force Mode delivers full performance while maintaining sufficient battery reserve for long-distance travel.

Read also: How The 3 Driving Modes of Tiggo 8 CSH Work: Eco, Sport, and Normal

The three driving modes of the Chery Tiggo 8 CSH feature intelligent functions designed to adapt to different driving needs and road conditions. These modes support efficient mobility in urban areas, long-distance trips, and even challenging terrains.

With these advantages, the Tiggo 8 CSH is the perfect choice for those seeking a modern vehicle for various driving purposes. Experience the driving modes of the Tiggo 8 CSH firsthand by scheduling a test drive at your nearest Chery dealer. You can also explore its full specifications at chery.co.id.

The safe mode condition can occur unexpectedly in both gasoline and electric vehicles. When your car suddenly loses power or the check engine light appears on the dashboard, it’s likely that your vehicle has entered safe mode.

Safe mode is an automatic protection mode activated by the car’s computer system or ECU when it detects a serious issue with the engine, transmission, or other electronic systems. The purpose of this mode is to protect the vehicle’s components from further damage.

When safe mode is active, the ECU limits engine performance by reducing power, restricting RPM, or disabling certain functions. This situation often leaves drivers feeling panicked and unsure of what to do next.

To help you stay prepared in case your car enters safe mode while driving, here’s what you should do when your vehicle goes into this safety mode.

What to Do When Your Car Enters Safe Mode

Experiencing safe mode while driving can be stressful, especially if it happens on a highway or during a long trip. When your car suddenly loses power, it can disrupt your journey and cause concern. If this happens to you, here’s what you should do when your car goes into safe mode:

1. Stay Calm and Reduce Speed

As soon as your car shows signs of entering safe mode, the first thing you need to do is stay calm and gradually slow down. This mode doesn’t mean your car is completely broken, it’s an automatic protection system designed to prevent the engine from working too hard.

Immediately reduce your speed if your vehicle enters safe mode while on the road, then steer to a safe location before performing any further inspection.

2. Turn Off the Engine for a Few Minutes, Then Restart

Once you’ve stopped in a safe area, turn off the engine for about 5–10 minutes. This allows the ECU system to perform a temporary reset. In some minor cases, such as a brief sensor error, the system may return to normal once the engine is restarted.

3. Check the Indicators and Engine Condition

Pay attention to the dashboard indicators, such as the check engine light, engine temperature, or oil pressure warning. If any of these lights are on, it could indicate a problem within a specific system. Additionally, inspect the physical condition of the engine and make sure there are no unusual noises, burning smells, or smoke coming from the engine bay.

4. Avoid Forcing the Vehicle to Drive Fast

While your car is still in safe mode, avoid pressing the accelerator too hard or driving at high speeds. In this mode, the system limits engine power to protect the engine and transmission. Forcing the car to run faster may worsen the damage to these components.

5. Take the Car to an Authorized Service Center for ECU Diagnostics

The best course of action after ensuring your vehicle is safe is to bring it to an authorized or trusted service center. Technicians will use an ECU scanner to read error codes and accurately identify the source of the issue.

With professional diagnostics, safe mode problems can be resolved quickly. This step is crucial to prevent further damage to the vehicle’s electronic or mechanical systems.

Causes of a Car Entering Safe Mode

There are several factors that can cause a car to enter safe mode while driving. Below are some common reasons why your vehicle might suddenly experience this condition:

Engine Sensor Errors (MAF, O2, Throttle, etc.)

Modern cars are equipped with various sensors that regulate engine performance, such as the Mass Air Flow (MAF) sensor, oxygen sensor, and throttle sensor. If one of these sensors malfunctions or provides inaccurate data, the ECU will detect an irregularity and automatically activate safe mode to prevent further damage.

Overheating

When the engine temperature rises beyond the normal limit, the ECU will reduce engine performance and force the vehicle into safe mode. This allows the cooling system time to lower the temperature and helps prevent serious damage, such as a blown head gasket or a seized piston.

Low Oil Pressure

Engine oil plays a vital role in lubrication and temperature regulation. If oil pressure drops too low, the ECU interprets this as a potential threat to internal engine components. As a result, the system limits engine power and RPM to avoid excessive friction and permanent damage.

Automatic Transmission Problems

In vehicles with automatic transmissions, issues such as abnormal gear shifting, slipping, or unstable transmission fluid pressure can trigger safe mode. The ECU will disable certain transmission functions, allowing the car to continue running safely in a specific gear until repairs are made.

ECU or Electrical System Malfunctions

Faulty ECUs, loose connectors, or unstable electrical currents can cause the system to misread sensor data. When this happens, the ECU activates safe mode as a precautionary measure since it cannot accurately determine the engine’s condition.

Can a Car Still Be Driven When Safe Mode Is Active?

When a car enters safe mode, it can generally still be driven, but only under very limited conditions. The ECU system intentionally reduces engine power and disables certain functions so the driver can safely bring the vehicle to a secure location or the nearest repair shop without causing sudden damage.

However, driving the car for an extended period while in safe mode is highly discouraged. If the vehicle continues to be used without proper repair, the damage may spread to other components such as sensors, the oil pump, or even the ECU itself. Therefore, once the car enters this mode, it’s best to have it inspected at an authorized service center as soon as possible.

Read also: How The 3 Driving Modes of Tiggo 8 CSH Work: Eco, Sport, and Normal

Safe mode in a car functions as an automatic protection system activated by the ECU to prevent more severe damage to the engine or transmission. If your electric car or gasoline-powered vehicle shows signs of entering safe mode, immediately have it inspected at an authorized service center so the cause can be identified and properly repaired.

A car equipped with a safe mode feature plays an important role in preventing further damage. Most modern or newly released vehicles today are already equipped with this technology. For those looking for a modern, high-tech vehicle, you can explore electric or hybrid models at chery.co.id.