The importance of batteries in photovoltaic systems

In a photovoltaic system, the battery is a component used to store electrical energy. In the battery, electrical energy is converted into chemical energy, which is the process of battery charging; when the solar cell has charged the battery and the load starts to use electricity, the chemical energy in the battery begins to be converted into electrical energy, which is the discharge process of the battery .　　 At present, the batteries commonly used in photovoltaic systems are basically sealed lead-acid batteries. Why? Because this battery is very cheap. However, because this battery is sealed and maintenance-free, compared with the conventional open-type lead-acid battery, it cannot be maintained by manually adding water, acid, and online testing the temperature, specific gravity, and voltage of the battery electrolyte. Sealed maintenance-free batteries have extremely precise and strict requirements for charging and discharging systems. The extensive and simple charging and discharging methods of the past can no longer be used to manage batteries. So now battery technology experts have developed a more scientific and safe charging and discharging system. Now, for example, PWM (Pulse Width Modulation) charging technology is very good, and the charge and discharge controller is also embedded in a single-chip computer system to closely monitor the controlled battery pack. The knowledge of the controller will be introduced in the next chapter.　　The battery is the most important component in the photovoltaic system. Why? Because the battery is too delicate and expensive. If it is used improperly, it will be ruined. If the energy storage component is broken, can the photovoltaic system still work? Obviously not. Because the photovoltaic conversion efficiency of solar cells (currently) is too low, it is impossible to supply directly online like the generator set of a thermal power plant. When will the photoelectric conversion efficiency be increased to 85%, and when will the online direct supply of solar cells be envisaged. In this situation, we can only design, use, and maintain batteries well. Don't let it overcharge, don't let it overdischarge, and don't let it owe it every day. The hazard of overcharge is to cause the battery to lose water, because the overcharge state will cause the battery to outgas too much, and in serious cases, the extremely bad situation of water electrolysis will occur. After the loss of water, the electrolyte concentration becomes higher, the temperature rises, and the electrode voltage further rises, thereby accelerating the battery's loss of water. After entering the vicious circle, the battery will soon be finished.
At a time when technology is essential for sealed lead acid battery, ensuring that it works in a symbiotic way with your human employees is key.
To live healthy, you need to eat healthy; to eat healthy, you need to think healthy; to think healthy, you need to read health; to read healthy, you need to follow Power Kingdom.
The rising top lead acid battery manufacturers consciousness observed worldwide are expected to be key factors driving the demand for top lead acid battery manufacturers sealed lead acid battery.
Shenzhen Power Kingdom Co., Ltd. usees sentiment analysis to understand what their customers care about and leverage that information to reposition their products, create new content or even provide new products and services.