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The length of battery life is also closely related to climate conditions and the usage habits of car owners. In general, the service life of the original car battery is more than 3 years.

Valta Battery: VARTA Valta Battery is the most famous automotive battery brand under Johnson Controls in Europe. It was founded in Haagen, Germany in 1887 and was acquired by Johnson Controls in 2002 for its AG automotive battery division. As a globally renowned automotive battery supplier, Johnson Controls has won numerous vehicle manufacturer awards. VARTA has always been committed to researching and developing cutting-edge technologies, becoming the preferred choice for major car manufacturers around the world, including close cooperation with leading car manufacturers such as BMW, Ford, and Mercedes Benz. Whether it is conventional cars, start stop cars, hybrid and electric vehicles, VARTA brand lead-acid batteries can be found, and Johnson Controls Energy Power Business is the first company to provide lithium-ion batteries for mass production hybrid vehicle manufacturers. Today, millions of consumers worldwide choose to trust VARTA's innovative products. In the Chinese market, Valta provides 100% compatibility for Mercedes Benz, BMW, and Audi.

The function and function of a battery: A battery is composed of two different types of conductive materials and electrolytes. Through a series of electrochemical reactions, the battery can store and release electrical energy. The main function of a vehicle battery is to supply power to the engine, ignition system, and other electronic devices when the engine starts. In addition, when the engine is not running or in an idle state, the battery can provide power to the vehicle's electrical equipment for a certain period of time

What are the factors that affect the service life of batteries?

(1) In addition to the design and manufacturing quality of battery products themselves, the actual service life of batteries is closely related to many factors.

(2) Weather conditions. Compared to areas with lower average temperatures, the actual service life of batteries is shorter in areas with higher temperatures.

(3) The number and frequency of electrical appliances used in the car. The more appliances in the car and the higher the frequency of use, the shorter the service life of the battery.

(4) Start stop frequency. Frequent starting and stopping will shorten the service life of the battery.

(5) Incorrect adaptation. Using batteries with low capacity will shorten their service life.

How to use and maintain batteries correctly in daily use?

(1) Try to minimize or avoid using high-power automotive electrical equipment (such as air conditioning, speakers, etc.) when the engine is turned off or idling.

(2) Before leaving the vehicle, it is necessary to confirm that all electrical power has been turned off.

(3) If the vehicle is not in use for a long time (such as more than 2 weeks), it is recommended to temporarily disconnect the negative connection wire of the battery to reduce the energy loss of the battery. Attention: Vehicles equipped with onboard computers cannot perform this operation to avoid information loss.

(4) Reduce driving in high temperature conditions.

(4) Regularly visit the 4S store for battery monitoring.

How to know in advance that the battery needs to be replaced through self inspection?

(1) Starting the vehicle is more difficult than usual, requiring more than one ignition and feeling that the starting power is insufficient.

(2) When idling, the front headlights quickly turn from bright to dark, indicating that the battery needs to be replaced.

(3) When the engine starts, there is an abnormal noise, usually a slight squeaking sound, but it may disappear in two to three seconds or more; As the electricity decreases, the frequency of this noise will gradually increase, indicating that the battery is deeply depleted.

(4) In general, the service life of a battery is 2 and a half to 3 years. It is recommended to replace it during this period to ensure driving safety.

The hidden dangers that cannot be ignored in the daily use of batteries:

(1) During the start-up phase, when the engine is not running, and when driving at low speeds, the car battery provides a continuous and stable current for the car and on-board electrical equipment. After driving for a period of time (usually 1-2 years), the performance of car batteries begins to accelerate and decay to complete failure. During this "failure period", as the "spark of life" for automobiles, the battery is actually in a state that barely meets the needs of automobile use, and the specific hazards it may cause are as follows:

(2) Safety hazards: affecting the brightness of the headlights and the sound of the speakers, which can have an impact on safety.

(3) Damage to car power system: Multiple ignition can greatly accelerate engine wear and tear, which may lead to poor engine start, unstable idle, poor acceleration, and even battery explosions and other malfunctions.

(4) Damage to on-board electrical appliances: Unstable voltage can have a significant impact on electrical equipment (GPS, audio, etc.), and even lead to equipment damage.

(5) Lost computer data: A complete failure of the battery (power outage) can result in the loss of stored data in the onboard computer, making re unlocking expensive and time-consuming.

(6) Unable to start, road breakdowns: According to statistics, due to the lack of awareness among car owners about the importance of battery replacement, over 80% of road breakdowns are caused by battery issues, which are time-consuming and laborious, and result in unnecessary additional expenses.

The device that converts chemical energy into electrical energy is called a chemical battery, commonly referred to as a battery. After discharge, the internal active substances can be regenerated by charging - storing electrical energy as chemical energy; Convert chemical energy into electrical energy again when discharge is required. This type of battery is called a Storage Battery, also known as a secondary battery.

A battery is an electrochemical device that stores chemical energy and releases electrical energy when necessary.

A Storage Battery is a device that directly converts chemical energy into electrical energy. It is a rechargeable battery designed to achieve recharging through reversible chemical reactions, usually referring to lead-acid batteries. It is a type of secondary battery. Its working principle: When charging, external electrical energy is used to regenerate internal active substances, storing electrical energy as chemical energy. When discharging, chemical energy is converted back into electrical energy for output, such as commonly used mobile phone batteries in daily life.

It uses a lead substrate grid (also known as a grid) filled with sponge shaped lead as the negative electrode, a lead substrate grid filled with lead dioxide as the positive electrode, and dilute sulfuric acid with a density of 1.26-1.33g/mlg/ml as the electrolyte. When the battery is discharged, the metal lead is the negative electrode, which undergoes an oxidation reaction to produce lead sulfate; Lead dioxide is the positive electrode that undergoes a reduction reaction to produce lead sulfate. When a battery is charged with direct current, the two poles generate elemental lead and lead dioxide, respectively. After removing the power source, it returns to its pre discharge state and forms a chemical battery. Lead acid batteries can be repeatedly charged and discharged, and their individual voltage is 2V. A battery is a battery pack composed of one or more individual cells, abbreviated as a battery. The most common is 6V, and other types of batteries include 2V, 4V, 8V, and 24V. The battery used in cars (commonly known as a battery) is a 12V battery pack consisting of six lead-acid batteries connected in series.

For traditional dry load lead-acid batteries (such as automotive dry load batteries, motorcycle dry load batteries, etc.), distilled water should be added after a period of use to maintain a density of about 1.28g/ml of dilute sulfuric acid electrolyte; For maintenance free batteries, distilled water is no longer required until the end of their lifespan.

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