Lithium Battery

Cell-level batteries are the core basic units that constitute various types of battery packs. They realize energy storage and release through the reversible conversion of "electrical energy to chemical energy", and are the core components that determine the capacity, voltage, service life and safety performance of battery packs. They are widely compatible with battery products in all scenarios, from consumer electronics to industrial energy storage.

Batteries for communication use are high-reliability energy storage devices specifically designed for communication equipment. Their core function is to provide uninterrupted backup power when the power grid fails, ensuring the continuous operation of communication scenarios such as base stations, data centers, and equipment rooms. They are key energy storage components adapted to working conditions including long-term standby, stable discharge, and unattended operation.

Batteries for energy storage are long-cycle, high-capacity energy storage devices specifically designed for large-scale energy storage scenarios. Their core function is to store surplus electricity from the power grid and electricity generated by new energy sources, and release it on demand, through the reversible conversion of "electrical energy to chemical energy". They are adapted to working conditions such as long-duration discharge, high-frequency cycling, and complex operating environments, and serve as core energy storage components for new energy consumption and power grid peak shaving and frequency regulation.

Power Batteries are high-power, high-rate core energy storage components specifically designed for various types of electric vehicles and high-power motive equipment. Their core function is to provide continuous and powerful driving force, adapting to dynamic working conditions such as frequent start-stops, high-speed driving, and climbing. They are key components that determine the dynamic performance, driving range, and safety stability of electric equipment.

JYC Starting batteries are instantaneous high-power energy storage devices specifically designed for various internal combustion engine (ICE) equipment. Their core function is to provide short-term ultra-high starting current to drive the starter motor, which in turn cranks the engine for ignition and startup. Meanwhile, they also supply power to the auxiliary electronic systems of the equipment. They are key components that ensure the smooth startup of internal combustion engine equipment and the stability of its basic electrical system.

JYC Commercial Applications batteries are versatile, reliable energy storage solutions designed specifically for commercial scenarios. Their core role is to provide stable power support for business operations—including backup power for critical equipment, energy supply for daily business tools, and auxiliary power for commercial facilities—adapting to high-frequency use, long standby periods, and diverse load requirements. They are key components that ensure the continuity, efficiency, and safety of commercial activities.

SLA Replacement batteries refer to alternative energy storage products designed to substitute sealed lead-acid batteries. Most of them adopt advanced technologies such as lithium iron phosphate or AGM. They are developed to make up for the shortcomings of traditional SLA batteries while maintaining compatibility with the application scenarios and installation specifications of original SLA batteries. They are widely used in various civil and industrial fields and have become a common choice for equipment power supply upgrades and battery replacements.