As a widely used energy storage device, the stability and durability of lead-acid batteries are crucial for various application scenarios.
As the earliest invented and widely used secondary battery, lead-acid batteries play an important role in energy storage systems.
As a widely used chemical power source, the performance of lead-acid batteries will vary in different environments. Especially in low-temperature environments, the performance of lead-acid batteries will be significantly affected.
The electrolyte concentration of lead-acid batteries has a key influence on their electrochemical performance.
The manufacturing process of lead-acid battery plates directly affects the performance, life and safety of the battery, and includes several key steps.
As environmental regulations become increasingly stringent, the lead-acid batteries industry faces many challenges and opportunities in terms of environmental protection and sustainable development.