Which battery to choose for industrial intelligent robot battery?

1. Lead-acid batteries for industrial robot batteries (1) Lead-acid batteries are still one of the considerations for many industrial robot batteries so far. The main reason is that their technology is relatively mature, and the consistency of single batteries is relatively good, and the safety performance is relatively good. It is also relatively reliable; at the same time, it is the cheapest in terms of manufacturing cost and maintenance cost. (2) But it also has shortcomings, first of all because the acidic electrolyte and lead materials it does produce not only pollute the environment, but also cause serious harm to humans and animals. (3) There is also a certain defect in the high-current discharge performance, and high-rate discharge cannot be achieved, which limits the power kinetic energy it can supply. There is often a lack of power when doing heavy work. . (4) The battery pack composed of it is not only large in size, but also very heavy, which is not very convenient to use; (5) It is much smaller in energy density (capacity) than Ni-MH batteries and lithium batteries, and has a long service life. It is also shorter than nickel-metal hydride batteries and lithium batteries; 2. Industrial robot batteries use nickel-metal hydride batteries. Compared with lead-acid batteries, nickel-metal hydride batteries have the advantages of higher energy density and environmental friendliness. The body manufacturer's intelligence is a relatively small cylindrical battery. Due to the consistency of the battery cell, the commercial use of making large battery packs is limited, and the cost is relatively high. However, Ni-MH batteries can achieve a certain rate of high current discharge requirements, which can reach ten to twenty times the rate of discharge requirements, which is impossible for lead-acid batteries, and is better than lead-acid batteries in terms of cycle life. 3. Industrial robot battery chooses lithium battery. Robot battery chooses lithium battery for special purpose robots such as intelligent service robots, entertainment sports robots or expedition explosives. First of all, these robots are not sensitive to the cost of battery selection. At the same time, they require the battery to be relatively light and have a relatively large capacity and can supply large current discharge, as well as to ensure a long life. Then the soft pack lithium battery is a more suitable choice. There are two types of soft-pack lithium batteries: soft-pack polymer lithium batteries and soft-pack lithium iron phosphate batteries. For these two kinds of lithium batteries, polymer lithium batteries have better energy density (capacity), high-current discharge and low-temperature performance. Lithium iron phosphate battery is more superior, so it is used more in some competitive robots and special purpose robots, while lithium iron phosphate battery is used more in the category of AI service robots or larger industrial robots, because AI service robots such as catering services Robots and bank lobby robots do not need batteries to supply high-current discharge and low-temperature performance. They pay more attention to the use of battery life. Therefore, the iron-lithium battery just meets the requirements in this regard. Disclaimer: Some pictures and content of articles published on this site are from the Internet. If there is any infringement, please contact to delete. Previous post: How to detect the permeability and wettability of lithium battery diaphragm?