Product introduction:
PLB’s standard lithium battery pack is specially designed and developed by PLB to replace traditional lead-acid batteries on the market. The battery pack shell adopts the common mode method, and the size is completely matched with the conventional lead-acid batteries on the market. The battery pack adopts cost-effective BMS, which is safe and reliable.

Application scenarios:
Replace traditional lead-acid batteries.

Features:
Intelligent control: BMS with Bluetooth module function can be configured according to user needs, and the battery status, such as SOC, voltage and other information can be checked at any time with a mobile phone.
High stability: The outer shell is made of plastic shell, and the internal bracket and sheet metal are used to fix the battery cells. The structure is firm and reliable. With the cost-effective BMS, the performance is stable and reliable.
High safety: The BMS system adopts multiple protection schemes, with specific protection functions such as overcharge, overdischarge, overtemperature, overcurrent, short circuit, etc., to ensure the safety and reliability of the battery.
Support fast charge and fast discharge: support 1C high current fast charge and discharge.
Small size and strong battery life: The volume is about 2/3 of the lead-acid battery, and the weight is about 1/3 of the lead-acid battery. Under the same volume, the battery life is greatly enhanced.
Long service life: Compared with lead-acid batteries, the service life is 4-5 times longer, and there is no memory effect.
Good waterproof effect: plastic shell sealed design, waterproof grade IP65.
Support series and parallel: support 4 battery packs in series and 4 battery packs in parallel.

Product introduction:
PLB’s standard lithium battery pack is specially designed and developed by PLB to replace traditional lead-acid batteries on the market. The battery pack shell adopts the common mode method, and the size is completely matched with the conventional lead-acid batteries on the market. The battery pack adopts cost-effective BMS, which is safe and reliable.

Application scenarios:
Replace traditional lead-acid batteries.

Features:
Intelligent control: BMS with Bluetooth module function can be configured according to user needs, and the battery status, such as SOC, voltage and other information can be checked at any time with a mobile phone.
High stability: The outer shell is made of plastic shell, and the internal bracket and sheet metal are used to fix the battery cells. The structure is firm and reliable. With the cost-effective BMS, the performance is stable and reliable.
High safety: The BMS system adopts multiple protection schemes, with specific protection functions such as overcharge, overdischarge, overtemperature, overcurrent, short circuit, etc., to ensure the safety and reliability of the battery.
Support fast charge and fast discharge: support 1C high current fast charge and discharge.
Small size and strong battery life: The volume is about 2/3 of the lead-acid battery, and the weight is about 1/3 of the lead-acid battery. Under the same volume, the battery life is greatly enhanced.
Long service life: Compared with lead-acid batteries, the service life is 4-5 times longer, and there is no memory effect.
Good waterproof effect: plastic shell sealed design, waterproof grade IP65.
Support series and parallel: support 4 battery packs in series and 3 battery packs in parallel.

Product introduction:
PLB’s standard lithium battery pack is specially designed and developed by PLB to replace traditional lead-acid batteries on the market. The battery pack shell adopts the common mode method, and the size is completely matched with the conventional lead-acid batteries on the market. The battery pack adopts cost-effective BMS, which is safe and reliable.

Application scenarios:
Replace traditional lead-acid batteries.

Features:
Intelligent control: BMS with Bluetooth module function can be configured according to user needs, and the battery status, such as SOC, voltage and other information can be checked at any time with a mobile phone.
High stability: The outer shell is made of plastic shell, and the internal bracket and sheet metal are used to fix the battery cells. The structure is firm and reliable. With the cost-effective BMS, the performance is stable and reliable.
High safety: The BMS system adopts multiple protection schemes, with specific protection functions such as overcharge, overdischarge, overtemperature, overcurrent, short circuit, etc., to ensure the safety and reliability of the battery.
Support fast charge and fast discharge: support 1C high current fast charge and discharge.
Small size and strong battery life: The volume is about 2/3 of the lead-acid battery, and the weight is about 1/3 of the lead-acid battery. Under the same volume, the battery life is greatly enhanced.
Long service life: Compared with lead-acid batteries, the service life is 4-5 times longer, and there is no memory effect.
Good waterproof effect: plastic shell sealed design, waterproof grade IP65.
Support series and parallel: support 8 battery packs in series and 1 battery packs in parallel.

Is 26650 a LiFePO4? 26650 lithium ion battery, diameter 26MM, length (height) 65MM. Commonly known as lithium-ion batteries, common 26650 lithium-ion batteries use nickel-cobalt-manganese (ternary) and lithium iron phosphate as positive electrode materials. The voltage of the ternary 26650 lithium-ion battery is 3.6/3.7V, and the voltage of lithium iron phosphate is 3.2V. 26650 lithium-ion batteries are often used in large power tools, lighting equipment, energy storage equipment, electric vehicles, UPS backup power, medical equipment and special equipment and other fields. Which is better LiFePO4 vs lithium ion battery? Lithium battery is a kind of lithium battery with lithium iron phosphate battery as the positive electrode material of the battery. The key cathode materials of lithium batteries are lithium cobalt oxide batteries, lithium manganate batteries, lithium nickel oxides, ternary materials, lithium iron phosphate batteries, etc. Lithium iron phosphate battery of secondary battery, the key development prospect at this stage is lithium…

What is GST rate for UPS batteries? 18%GST Tax Rate: 18% What is the HSN code of UPS battery? India Ups battery and HSN Code 8507 import. What is GST percentage of inverter battery? Accordingly, GST is payable at 18% on UPS/ inverter (classifiable under heading 8504), and GST is payable at 28% on external batteries (classifiable under heading 8507 for all batteries except lithium-ion battery). What is GST rate on lithium-ion battery? 5 per centThe GST rates on lithium-ion battery packs have been reduced by the government from 18 percent to 5 per cent which is the lowest tax category. How much is tax on a battery? The Ministry of Finance and the State Administration of Taxation recently issued the “Notice on the Collection of Consumption Tax on Battery Coatings” (hereinafter referred to as Caishui [2015] No. 16). In order to promote energy conservation and environmental protection, it has been decided to levy…

UPS Battery Buyer’s GuideThe working methods of UPS power supply At present, there are three common working methods on the market: backup, online interaction, and online double conversion (online pure line). The performance of the above UPS power supply from high to low is: online double conversion, online interaction, backup. Price is usually proportional to performance. post-stamina. Determining battery life after UPS If you want longer delays, you may consider choosing a dual-purpose standard or purchasing a UPS without built-in batteries, both of which can be equipped with original batteries or third-party batteries for longer delays. Price positioning, give yourself a positioning, which price to choose UPS, high-end or low-end. When choosing a UPS battery, you need to understand your business needs, as well as your financial budget, and set the capital and operating costs of your UPS system. The installation of UPS power supply. Generally speaking, UPS power supply…

Uninterruptible power supply is often referred to as UPS for short. Its function and function are similar to the power bank we use to charge our mobile phones every day: it is a device that realizes cyclic storage and release of electrical energy. When the power grid is running normally, the UPS is in the charging hold state; when encountering a sudden power failure in the power grid, it instantly provides power frequency power with the same voltage as the power grid, and is in a discharging state opposite to charging. So UPS is also known as backup power supply. Before the emergence of industrialized large-capacity batteries, the flywheel UPS used the internal combustion engine to drive the flywheel to provide relatively stable power and drive the generator to provide stable electrical energy for the load. However, this flywheel UPS does not have the function of taking over the power…

Under the same material system, the battery capacity of 26650 is larger than that of 18650. For example, the 26650 battery with the same ternary material is generally about 5200mAh, while the capacity of 18650 battery is mostly about 2600mAh. So what should we pay attention to when purchasing 26650 lithium batteries? Let’s analyze it together. Appearance and production process Looking at the appearance refers to looking at the appearance, workmanship, size and craftsmanship of the 26650 lithium battery. The advanced technology is very comfortable to the touch. After grinding, the rubber oil polishing material feels good, and the insulation performance is also strong. Capacity identification A 26650 lithium battery without a clearly marked capacity is likely to be a garbage battery reassembled with inferior battery cells or recycled battery cells. There are many cheap 26650 lithium batteries on the market. They are made of recycled battery cells or disassembled…

Lithium iron phosphate (LiFePO4) has become one of the most widely used cathode materials for lithium-ion batteries due to its high energy density, low cost, stable charging and discharging platform, environmental friendliness, and high safety. However, due to the low ion diffusion rate and poor electrical conductivity of LiFePO4, the rate capability and low temperature performance of LiFePO4 are greatly affected. How to improve its output power, energy density and service life at low temperature is the main challenge for lithium iron phosphate cathode materials. Since Good enough’s research on LiFePO4 cathode materials in 1997, many researchers have carried out in-depth and extensive research on the modification strategies of LiFePO4 materials. So far, the modification methods of LiFePO4 mainly include ion doping, surface coating, morphology control, adding lithium supplementary materials and so on. Is 26650 a LiFePO4? 26650 battery with lithium iron phosphate and ternary materials.The Bioenno Power 26650, 3.2V,…

About the 26650 rechargeable battery related question answer，What does a 26650 battery mean?