Products

The 1.3Ah battery plate is designed for industrial-grade applications, providing reliable power and efficient performance for lead-acid batteries in various sectors. Engineered with precision, this plate offers optimal energy density and durability, making it an ideal choice for B2B customers seeking long-lasting and consistent battery components for large-scale energy storage and backup power solutions.

UPS Energy Storage Battery Plate is an energy storage battery plate used in UPS (Uninterruptible Power Supply System) to store electrical energy for backup power. It has efficient energy storage and release capabilities, providing continuous power supply during power outages. UPS Energy Storage Battery’s battery pole is a highly efficient energy storage and release device used in UPS systems to provide continuous backup power.

The Start-Stop Battery’s plates are specifically designed for use with a vehicle’s start-stop system. They are usually made of high-quality lead-calcium alloy materials to ensure good electrical conductivity and corrosion resistance. The design of the plate also usually takes into account the need for fast charging and discharging to meet the requirements of frequent starts and stops of the start-stop system. In addition, the plates may also have special designs to reduce internal resistance and improve the cycle life of the battery. In general, the plates of the Start-Stop Battery are specially designed and optimized to ensure that the battery can provide reliable performance under the start-stop system.

Battery plates are an important part of a lead-acid battery and are the site of electrochemical reactions that store and release energy. These plates are typically made from lead-based alloys and have a large surface area to maximize electrochemical reactions and improve the battery’s performance. The positive and negative plates in the battery are arranged alternately, separated by insulating materials, and immersed in the electrolyte. This arrangement efficiently converts chemical energy into electrical energy, making the panels vital for a variety of applications including automotive, industrial and renewable energy storage.

Small size battery is a small battery product with a wide range of applications. Suitable for wind energy storage systems, small solar power generation systems, industrial power generation systems, railway station systems, telecommunications systems, backup power systems, uninterruptible power supply systems, server rooms, mobile communication systems, grid-connected/off-grid systems and other fields.

OPzV batteries are manufactured using the most advanced technology and high-quality materials to ensure long-lasting and efficient power supply. This maintenance-free valve-regulated lead-acid battery is designed for cycling and backup applications and is suitable for a variety of industries and sectors.

Its sturdy construction stands the test of time and effectively prevents damage from vibration and impact. Advanced sealing technology ensures leak-free operation. Additionally, this battery has long float and cycle life, increasing reliability and reducing downtime, saving you time and money in the long run.

Power tool lithium batteries are high-performance batteries designed specifically for power tools, using advanced lithium-ion battery technology. Its high energy density and fast charging characteristics give it long life and long-lasting stable performance. Suitable for various power tools, such as drills, saws, sandpaper machines, etc. The high efficiency and lightweight characteristics of lithium-ion battery technology enable power tools to work more efficiently and longer, while meeting the needs of modern power tools for lightweight and high efficiency. The rechargeable nature greatly reduces the cost of use, making the use of power tools more economical and environmentally friendly.

Portable lithium batteries are a lightweight, efficient power solution suitable for mobile electronic devices, outdoor gear and emergency backup power. Its lightweight and portable features make it ideal for outdoor activities and travel, while its high energy density and long cycle life ensure long-lasting and stable power support. In terms of safety performance, the device is equipped with multiple protection systems, including overcharge and over-discharge protection and short-circuit protection to ensure user safety. The charging speed is fast, the charging and discharging efficiency is high, and it provides convenient power support. In short, portable lithium batteries are high-performance, safe and reliable power options to meet the needs of various mobile devices and outdoor activities.

High-voltage lithium batteries use advanced technology and have a higher voltage than traditional lithium batteries, thus providing higher energy density. Their upper charging voltage can reach 4.35V or even 4.4V, which has a higher energy storage capacity than the 4.2V of traditional lithium batteries. This means that with the same capacity, our high-voltage lithium batteries can store more power and provide longer use time for your devices. As modern society has higher and higher requirements for the battery life of electronic products, our high-voltage lithium batteries will meet your higher requirements for standby time and use time.

Golf cart lithium batteries are high-performance batteries designed specifically for golf carts with high energy density, long cycle life and fast charging capabilities. Its high safety performance ensures the continued operation of the golf cart and the safety of the user. This lithium battery uses specific technical parameters to meet the needs of golf carts, making it an ideal power choice. Whether on the course or on the training ground, golf cart lithium batteries can provide you with reliable power support to ensure that your golf experience is consistent.

The inverter lithium battery all-in-one machine is a device that integrates a lithium battery and a charger. It has the advantages of being lightweight, efficient, safe and reliable. Its working principle is based on the chemical reaction of lithium batteries, charging and discharging are achieved by connecting the positive and negative electrodes of the battery through electronic circuits. When charging, lithium ions move from the positive electrode to the negative electrode, generating current and storing energy; when discharging, lithium ions move from the negative electrode to the positive electrode, releasing the stored energy.