Lithium-polymer batteries are one of the most common energy sources used in robotics. They are characterized by high durability as well as safety of use. They have a long life, are adapted to recharge. Li-Pol batteries use polymer, thanks to which the risk of battery spillage is much lower than in lithium-ion batteries. Lithium-polymer batteries are used both in robotics and electronics. They are perfect for controlled devices, such as electric cars or airplanes, which are not only for the youngest. In our offer you will find a wide range of Li-Pol batteries, which are characterized by voltage up to 3.7 V to 14.8 V. They also have different capacities, so you can easily adapt them to your individual needs and design. We offer batteries with capacities from 110 mA up to 12000 mA. Compare the other parameters as well, so that you can choose the best option for yourself or even afford more for your new project.
Lithium polymer battery 3.7 V with a capacity of 1500 mAh with JST connector. Weight is 6.6 grams and the dimensions 70 x 40 x 5,8 mm. cable included completed with a JST connector and free the wires.
Li-polymer battery Tattu with wpinanym balanserem. Discharge current: continuous 75 C (147), and a temporary 150 C (232,5). Dimensions: 76 x 35 x 36 mm Weight: 180 gr. It is recommended to power the racing models drones FPV.
Battery Li-polymer battery brand Akyga, has a voltage of 3.7 V and a capacity of 33 mA. The terminals of the battery there is a connector and the connector pitch 2.54 mm. cable Length is 150 mm. Is widely used in many mobile devices, can be used as a power source in the simulation, the GPS system, and even medicine.
Battery type Li-Half of the brand Akyga with a nominal voltage of 3.7 V and a capacity of 50 mAh. Characterized by high energy density and slow samorozładowywaniem. Has a built-in PCM protection against deep discharge and overcharging. Battery cable 150 mm in length, ending 2-pin JST connector in common with pitch 2.54 mm.
The battery is brand Akyga made according to the technology Li-half a nominal voltage of 3.7 V and a capacity of 70 mAh. High energy density, slow samorozładowywanie, small size and low weight allows to use the batteries in the MP3 players, 3D glasses, smart clothing, and toys. Built-in power supply cord length 150 mm with 2-pin JST connector with...
The battery is brand Akyga made according to the technology Li-half a nominal voltage of 3.7 V and a capacity of 85 mAh. Characterizes its high energy density, small size, light weight and slowly samorozładowywanie. Battery cable 150 mm in length, ending 2-pin JST connector with internal thread.
Li-polymer battery brand Akyga, has a voltage of 3.7 V and a capacity of 120 mAh. The terminals of the battery there is a connector and the connector pitch 2.54 mm. cable Length is 150 mm. widely used in many mobile devices, can be used as a power source in the simulation, the GPS system, and even medicine.
The battery is brand Akyga made according to the technology Li-half a nominal voltage of 3.7 V and capacity of 190 mAh. High energy density, slow samorozładowywanie, small size and low weight allows to use the batteries in the MP3 players, 3D glasses, smart clothing, and toys. Built-in power supply cord length 150 mm with 2-pin JST connector with internal...
Lithium polymer battery 3.7 V capacity 450 mAh battery with JST connector. Weight is 12.2 grams, and the dimensions 45 x 30 x 4 mm. supplied the cable is completed with a JST connector and free the wires.
The Li-Pol battery is a version of a lithium-ion battery, however, it uses gel and solid electrolyte, while the lithium-ion battery is a liquid version. Its cell was created using only conductive polymers with added metallic lithium. The whole thing was closed in a tightly laminated coating. The solid or gel consistency of the electrolyte makes it retain its original form and does not change its state of aggregation due to external factors. Therefore, it is a safe battery to use with a clearly limited risk of leakage of harmful substances from it. Li-Pol battery consists of one or more cells, which differs from each other. Thus, they must have a different capacity. It belongs to a package in which up to 10 lithium-polymer cells are present.
The most popular in robotics are batteries, consisting of 2 or 3 cells. For easier creation of technically advanced constructions, an extra balancer plug is often used.
There are several key parameters that determine the application, functionality and matching of the Li-Pol battery to the device. When choosing it, you should pay special attention to them, comparing them with your expectations and design requirements. Important is the battery capacity, which we mark in mAh, and in larger models in Ah. It informs us about how long we will be able to use the battery for the next charge. One of the most important parameters is the number of cells in the battery. The designation is numerical and additionally letter - S or P. There are Li-Pol batteries that combine these two variants. The letter P denotes the cells connected in parallel with each other, while S in series. No less important is the current capacity, which we will know from the C marking. This is the maximum current that can be drawn from the battery. In addition, pay attention to the charging current. This is the maximum current that is needed to recharge the battery. It is a parameter expressed by the formula xC, of which x is a multiplier.
There is still the voltage of the lithium-polymer battery. You have to know that its current capacity is very high, which makes it possible to achieve equally high efficiency. The rated voltage of the cell is always 3.7V, which translates into long operation. The highest possible value is 4.2V and the lowest 3V.
The offer of Botland store includes lithium-polymer batteries with 1-4 cells. Available output voltages are 3.7 V, 5.0 V, 7.4 V, 11.1 or 14.8 V. When it comes to battery capacity, the choice is very wide. You can choose a Li-Pol battery with a capacity of 150 mAh as well as 1200 mAh or 12000 mAh. It all depends on your expectations and the project you are implementing or devices for which you need an efficient battery.