Cyantron Lithium-ion Electrochemical Storage Devices
Lithium Battery Packs have many applications. A typical lithium battery has advanced technology using lithium ions as the main component of electrochemistry. Lithium atoms in the cathode are ionised and separated from the electrons during the electric discharge cycle. This helps lithium batteries have a high voltage and storage charge per volume and unit mass.
Our Lithium batteries are rechargeable that use reversible reduction of lithium ions to store energy. Generally, there are two types of batteries; primary and secondary. The primary battery type is non-rechargeable, and the secondary one is rechargeable.
Our battery packs find various applications in the following systems:
Two-Wheeler Vehicles- In two-wheeler, smaller LCVs with alternator rating is used. The charging current flow is comparatively low.
Four-Wheeler Vehicles- While in four-wheel vehicles, the LCVs with alternator rating are larger and the charging capacity profile is even bigger than the other small vehicles. Car batteries are rated for cold cranking power.
Buses and Trucks- In huge type vehicles, thicker plates of battery sheets are used, and the batteries are rated with amp hours.
ForkLifts and Golf Karts- In these types of mobility, generally, lead plates are used to make chemical changes to produce energy. The electric charge is comparatively low.
Boats and Ships- In marine mobility, AGM batteries are used and preferred as these batteries hold a charge for a longer period.
eVTOL Aircraft- Since batteries in eVTOL aircraft need high charge capacity, it uses LI-S type batteries with over 100 volt of power.
Energy Storage Systems- These generate power using renewable sources like wind, water and solar power. A software is connected that uses an algorithm to generate the energy flow to the storage.