1. Stability

     In terms of product materials, it is divided into lithium battery and lithium iron phosphate batteries. In comprehensive comparison, the performance and stability of lithium iron phosphate batteries is a better energy storage battery choice, because in terms of temperature resistance, lithium iron phosphate is iron phosphate, iron phosphate iron phosphate is iron phosphate. The battery is a battery of Z in the energy storage battery, which laid the foundation for stability.

     Besides, although large current discharge is provided, although it is slightly worse than the lithium of the polymer, it is much better than the lead -acid battery. Therefore, the battery used by many warehousing and logistics for smart cargo carrier or robotics is basically lithium iron phosphate batteries. Once again, lithium iron phosphate batteries are pollution -free of environmental friendliness, and the use of the manufactured raw materials is widely developed. It is a good product for sustainable development. After Z, there are lead -acid batteries in terms of electrochemical performance, such as battery capacity, energy density, and cycle service life.

    In terms of polymer battery and cost and sex, it performs too well.

Second, appearance packaging

     There are three types of energy storage lithium battery cells, one is a square aluminum shell, and the steel shell is cylindrical. For the same type of lithium battery, in the fixed battery compartment space of the product design, the soft -pack lithium battery can achieve the quality Z light and the battery capacity Z, but the price is relatively expensive, while the square aluminum shell shell is In the last capacity of the round steel shell, the steel shell Z is weighing in weight. It is not an ideal choice for products that require lightweight. In terms of spatial utilization, the soft bag is good, and the steel shell Z is poor. Of course, the steel shell is cheap at the price.