General specification energy storage batteries are standardized, universal battery products designed for diversified and conventional energy storage scenarios, featuring unified size parameters, electrical performance indicators, and interface specifications. These batteries are developed based on industry universal technical standards, breaking the limitations of customized battery products. They are compatible with most mainstream energy storage inverters, control systems, and energy storage equipment on the market, becoming the most widely used basic unit in civil, commercial, and small industrial energy storage fields.

In terms of performance design, general specification energy storage batteries balance safety, economy, and versatility. They adopt mature lithium iron phosphate battery technology, with stable chemical properties, high safety, and no risk of spontaneous combustion and explosion under normal use and slight collision conditions. The standardized capacity, voltage, and cycle life parameters meet the basic operation demands of daily energy storage scenarios. With a cycle life of more than 6000 times, the batteries can maintain stable capacity attenuation in long-term cyclic charging and discharging, ensuring long-term reliable use and reducing the replacement and maintenance cost of energy storage equipment.

General specification energy storage batteries cover a complete product matrix of small, medium and large capacities, suitable for household photovoltaic energy storage, small industrial and commercial backup power, street lamp energy storage, portable energy supply, and other conventional scenarios. Their standardized structural design supports quick assembly, replacement, and maintenance, realizing plug-and-play use in most conventional energy storage systems. Moreover, the batteries are equipped with basic overcharge, overdischarge, overcurrent, and short-circuit protection functions, with excellent environmental adaptability, capable of stable operation in conventional temperature and humidity environments, and are the preferred universal product for popularized energy storage applications.