Lead-Acid Batteries: A Low-Cost, High-Performance Energy Choice

Lead-acid batteries are popular because of their low production costs and excellent performance. As one of the earliest rechargeable batteries, it remains a strong and popular energy choice today, with a global market value of nearly $40 billion. Next, we will take a deep dive into the reasons to choose lead-acid batteries for power.

What are lead acid batteries?

As the preferred wet battery in automobiles, lead-acid batteries have the ability to withstand high surge currents, and their low energy density is sufficient to start the engine and provide reliable power to the vehicle.

In addition, the high surge characteristics of lead-acid batteries make them ideal for emergency backup systems that can quickly start generators and critical equipment. In forklift applications, the weight of lead-acid batteries acts as a counterbalance, increasing the stability and safety of the equipment.

Why Choose Lead-Acid Batteries for Power?

The stable performance and economics of lead-acid batteries make the transition to electrification particularly easy. Traditional and new lead-acid batteries meet different needs, and the low cost of entry makes electrification more feasible.

When it comes to choosing a battery, we have a variety of options for you, from classic to innovative. Traditional lead-acid batteries and new thin plate pure lead batteries have their own advantages in terms of cost, maintenance, operator involvement and uptime, ensuring they meet your specific business needs.

Environmental protection and compliance are the principles we always adhere to. Lead-acid batteries produce extremely low emissions during operation and are fully compliant with environmental regulations, allowing you to pursue high efficiency while achieving green travel.

For scenarios that require multi-shift operation, lead-acid batteries can easily handle it with their powerful performance and multi-battery configuration. This not only allows your equipment to go further, but also significantly improves operator efficiency.

Of course, a self-disciplined operator is critical to the performance of lead-acid batteries. Proper charging and maintenance procedures will ensure stable battery operation, extend battery life and add value to your investment.

Lead-acid batteries have a history of more than 50 years in the material handling industry, and their stability and reliability are widely recognized after countless field tests. When you choose lead acid batteries, you are choosing a proven and widely used solution.

Finally, we are committed to providing you with the most cost-effective electrification solution. With minimal upfront investment, you can gain a competitive advantage by efficiently electrifying your fleet.

Advantages and Benefits of Lead-Acid Batteries

Lead-acid batteries have become a popular choice in the market due to their many advantages. First, they are cost-effective, making them very attractive to users with limited budgets. Second, they are rechargeable, adaptable to different application environments and operating temperatures, and have a long service life, ensuring a long-lasting and stable power supply. In addition, their stable and reliable performance and low failure rate make them an ideal choice for users who demand excellent performance and stability. Due to their excellent performance, lead-acid batteries are widely trusted and used in critical areas and situations where reliability is crucial.

Disadvantages and drawbacks

Although lead acid batteries have many advantages, they also have some disadvantages that cannot be ignored. First, lead-acid batteries are extremely sensitive to storage and charging conditions. If they are improperly stored or improperly charged, their life will be greatly shortened, and even the battery will be damaged and cannot be recharged. Therefore, proper storage and charging methods are critical when using lead-acid batteries.

In addition, the corrosiveness of lead-acid batteries is also a major problem. The electrolyte inside the battery is highly acidic. If it accidentally comes into contact with the skin, it will cause severe burns and long-term damage. Therefore, when operating lead-acid batteries, necessary protective measures must be taken to avoid direct contact with the electrolyte to ensure personal safety.