ENPOSUN LiFePO4 batteries are an ideal option for your residential energy storage system and SME (Small Medium Enterprise). The cutting-edge design, developed by our highly skilled research and development team, ensures an exceptionally long lifespan and unparalleled dependability in energy storage.
ENPOSUN Solar LiFePO4 battery system is specifically designed for PV applications and serves as an energy storage solution for Photovoltaic systems. Its advanced intelligent lithium battery management technology ensures automatic and intelligent management.
ENPOSUN GEL series battery is produced with unique separators and silica gel that immobilize the electrolyte within the battery. The tested silica gel technology can enhance the battery’s cycle life and performance across a broader temperature range. The deep discharge cycle life is boosted by 50% when compared to the ENPOSUN series battery.
Lithium batteries are most suitable for a wide range of applications, mainly based on their high energy density, long life, low self-discharge rate, fast charging and other characteristics. Here are some of the most suitable application areas for lithium batteries: Consumer Electronics: Smartphones, tablets, laptops, digital cameras, etc. Due to
The main causes of most lithium battery fires can be summarized as follows: Internal Short Circuit: Mainly due to the abuse of batteries, such as overcharging and over-discharging caused by crystals, impurities and dust in the battery production process, etc., these factors may deteriorate and form puncture separators, resulting in
The service life of lithium batteries varies from a variety of factors, but can be summarized from the following aspects: Cycle Life: The service life of lithium-ion batteries can reach more than 500 cycles under the conditions of constant current fast charging and discharging, ambient temperature between 0 °C ~
The disadvantages of lithium-ion batteries mainly include the following aspects: Security Issues: Although manufacturers claim to have solved the safety problem of lithium-ion batteries, there are still major safety risks due to the use of flammable organic electrolyte systems inside and the very good activity of lithium. For example, a
Lithium batteries have a wide range of applications in daily life, and the following are the point-by-point representations and summaries of their main use scenarios: Consumer Electronics: Smartphones: Lithium batteries have become the preferred power source for portable electronic devices such as smartphones due to their high energy density, light
There are several factors to consider when evaluating which battery is better than lithium batteries, such as safety, energy density, longevity, cost, environmental impact, etc. Here are some battery technologies that may be superior to lithium batteries in specific respects: Sodium-ion batteries: Merit: It supports fast charging, which can be
To determine whether a battery is a lithium battery, you can tell in the following ways: Check the battery label or identification: Most batteries will have a label or logo on them, which will indicate the type, voltage, capacity, and other information of the battery. If the label clearly says
There are obvious differences between lithium-ion batteries and lithium iron phosphate batteries in several aspects, and here is a detailed comparison between them: Composition source: Lithium-ion batteries: use lithium metal or lithium alloy as the cathode material, and use a non-aqueous electrolyte solution. Lithium iron phosphate battery: Lithium iron phosphate
There are significant differences between lithium batteries and ordinary batteries, and these differences are mainly reflected in the following aspects: Durability & Lifespan: The durability of lithium batteries is better than that of ordinary batteries. Due to their high energy density and chemical stability, lithium batteries can store electrical energy
