The Lithium battery combines the use of manganese dioxide, or liquid cathode materials, with a low freezing threshold with lithium (anode). The result is high energy density, low weight and a very low self-discharge rate. Lithium batteries are...

Lithium Iron Phosphate technology - Li-FePO4 combines the advantages of high current efficiency, long service life, safety and high energy density. LiFePO4 batteries are used in high-current applications. They have a nominal voltage of 3,3V and can...

In the field of electronic control systems for Lithium technology battery packs we use a wide range of PCM/PCB/BMS systems. Some of these systems have been designed by our team, and are also produced by BTO. It is also worth mentioning that we have...

Lithium technology has the highest energy density of all available technologies on the market. It is also very light and offers an excellent service life, making it an ideal product for many new design solutions. Moreover, it must be emphasized...

BTO is capable of designing and producing battery packs in accordance with customer specifications. Our specialists take into consideration individual requirements and specifications of the battery. We will make sure the desirable voltage, current,...

Alkaline batteries are based on an electrochemical system of Zn/MnO2. However, as an electrolyte, they use a 30% aqueous solution of potassium hydroxide or sodium hydroxide. In order to reduce the dissolution of the zinc in the hydroxide, a small...

One of the best known and proven battery technologies, which is characterised by reliability and stability of parameters. For a long time - under pressure from the European Union - nickel-cadmium technology has been superseded by nickel - metal...