Lithium batteries of EVE Battery
EVE Battery is one of world biggest manufacturers of primary (non-rechargeable) lithium cells. Technologically advanced cells and batteries are mainly used in industrial applications. Lithium primary cells feature very high lifetime, reliability and efficiency, and make them perfectly suited for operation in complex systems, technologically advanced equipment and state of the art hardware. EVE products, both standard batteries as well as custom designed solutions, are widely used in intelligent measurement systems, alarm systems, electronic and medical devices, RFID identification & transport tracking devices, tools for mining industry, military equipment and many others.
EVE – ER high capacity series (Li-SOCl2)
Primary ER series lithium batteries are available in a cylindrical format, featuring high capacities. Using lithium-chloride-thionyl (Li-SOCl2) technology, they deliver high energy density and high cell voltage in a very wide range of operating temperatures: from -55°C to +85°C.
Bobbin construction of the EVE ER range delivers maximum quantities of active materials on the electrodes, resulting in the highest possible capacities. Due to their low self-discharge rate, these batteries are ideal for use in devices with long operating cycles (from 5 to 20 years) at small current consumption at µA for continuous operation and upto 300 mA for pulse operation (0,1s).
EVE – CR high current series (Li-MnO2)
Primary CR series lithium batteries feature high capacities and good current capabilities. Using lithium-manganese-dioxide (Li-MnO2) technology they deliver good energy density within very wide range of operating temperatures, from -40°C to +85°C, without passivation effect.
Spiral construction of electrodes in EVE CR cells deliver optimum level of energy and high operating current. Due to low self-discharge rate, these batteries are ideal for use in devices with long operating cycles (upto 10+ years) at small current consumption at µA for continuous operation and up to 3A for short pulse operation.