The performance parameters of ultra-thin batteries mainly include electromotive force, capacity, specific energy, and resistance. The actual specific energy of the ultra-thin battery is smaller than the theoretical specific energy.
Emergency backup batteries have great potential for development in the new energy market. In addition to the key technology that requires superior battery performance, another important development issue is the safety and stability characteristics and multi-functional characteristics of the battery. Design a good battery interaction Combining other commonly used office supplies will be a key part of the battery industry.
The electromotive force is equal to the work done by the non-electrostatic force of the ultra-thin battery when the unit positive charge moves from the negative electrode to the positive electrode through the inside of the ultra-thin battery. The electromotive force depends on the chemical properties of the electrode material and has nothing to do with the size of the ultra-thin battery.
Because the reactants in the ultra-thin battery do not all proceed according to the reaction of the ultra-thin battery, and the internal resistance of the ultra-thin battery also causes an electromotive force drop, the ultra-thin battery with higher specific energy is often referred to as the high-energy ultra-thin battery. The larger the area of the ultra-thin battery, the smaller its internal resistance.
The backup battery of SCIENTEK ELECTRICAL adopts aluminum-plastic soft packaging in structure, and there is no danger of explosion of other batteries; the discharge rate for special purposes can reach more than 3C; compared with the metal shell battery of the same volume, the capacity is about 10% higher, which is among similar products High-quality representative.