The New Role For Car Batteries

How are car batteries changing from then to now?

Every car driver has probably looked at their own hood at least once. However, not many people can confidently name the parts inside the bonnet, nor do they know which company they belong to. The same applies to the starting power supply, as well as the car battery that supplies power to ensure all the devices operate smoothly. Although the importance of car batteries has recently become highly apparent, most ordinary drivers are unaware of the importance of car batteries, or even if they do, they often pay little attention to the brand itself. What process did car batteries go through to reach where they are today? Now that batteries have emerged as the hottest issue in automotive innovation, what exactly is the most advanced battery rear? From now on, I will carefully review that process.

 

Just a few decades ago, aside from the starter motor, spark plugs, and front and rear lamps, there were hardly any devices that needed to supply electricity to cars. Other than interior lighting, radio, and wipers, most passenger cars lacked any electrical devices. Looking at the concept cars released at the time, you can see a tendency to focus more on futuristic design and innovative technology rather than electronic devices.

 

Since the mid-1990s, a wave of change has begun to blow around the role of batteries. Since the early 1990s, power doors and windows, central lock stems, sunroof, and car audio have become standard features. Since then, electric equipment and electronic systems have continued to be added to automobiles. Recently, state-of-the-art cars equipped not only with large displays but also Bluetooth and hard drive eve, advanced driver assistance systems (ADAS), infotainment systems, and other electronic assistance devices such as thermal wiring have emerged.

The latest cars are usually equipped with more than 150 electrical devices. As a result, the level of experiential satisfaction for both drivers and passengers is gradually rising. On top of that, we expect a whole new level of convenience, extensive safety, and communication networking. To meet this, cutting-edge electronic systems are inevitable.

As automobiles advance, the role of batteries has become more important than ever. This is because the required power level has increased. Because automotive batteries must control various advanced functions such as start-stop functions, regenerative braking, and advanced safety systems, and provide stable power supply, automotive batteries must keep pace with the development of automobiles and related fields.

To supply power to a car that must flexibly execute the start-stop function and handle numerous electronic functions, ordinary batteries simply cannot handle it. Batteries with advanced technologies such as special fiberglass mats should be considered.

Advanced batteries incorporating this technology are called AGM batteries. AGM stands for Absorbent Glass Mat. It features fiberglass mats and multiple electrodes, which are a distinctive feature. Cars equipped with the Start Top feature have very high power demand. AGM batteries are high-grade lead-acid batteries that support this and offer excellent vibration resistance. Therefore, while ordinary batteries experience performance degradation due to road vibrations during operation, AGM batteries can prevent this. Additionally, compared to conventional lead-acid batteries, they have a longer lifespan and superior charging and discharging performance. This allows the battery to recover quickly even when it is discharged and to withstand harsh conditions of repeated charging and discharging. It is also designed to minimize gas and acid leakage.

The DelkorR AGM battery is the best choice for high-demand, high-end luxury cars with high power demands, as well as fuel-efficient vehicles equipped with regenerative braking and start-stop functions. Delkor AGM batteries are characterized by up to twice the lifespan of MF batteries through innovative technology. Additionally, it delivers excellent performance throughout battery use.

By using heat-resistant homopolymer resin and a heat-resistant case, quality is not compromised even at high temperatures. It delivers sufficient performance even in abnormal environments and remains unchanged or deformed even after long-term use. In particular, it features Clarios Battery's patented POWERFRAMER grid, which improves electrical flow by up to 70% compared to batteries using other technologies. Through this, Delkor AGM batteries deliver excellent and consistent cranking power.

Additionally, the Delkor AGM battery does not leak AGM battery electrolyte under any circumstances, whether during battery installation or driving. This part has actually obtained certification. As a result, it can be installed under the hood, trunk, inside the car, and other places, making battery installation very easy.

Drivers will increasingly rely on intelligent systems. In the future, some of the car's controls will be transferred to advanced AI devices. As the situation gradually unfolds, providing high-performance, stable power supply for future vehicles has become essential.

However, the development of new battery technologies is not limited to electric vehicles. This is also for the future generation of internal combustion engine vehicles. More and more electrical devices and electronic systems will require more power from the battery. This is because the start-stop function will become even more widely adopted in future cars equipped with internal combustion engines. Therefore, your car needs 'that' battery packed with cutting-edge technology. You need a Delkor AGM battery.