KIJO is engaged in manufacturing different types of rechargeable batteries in China: Energy storage batteries, reserve power batteries, motive power batteries, and lithium batteries. The lithium-ion battery is compatible with any application powered by lead acid, gel, or AGM battery. The integrated battery management system (BMS) installed in our lithium batteries is programmed to ensure that our batteries can withstand high levels of abuse without battery failure. BMS aims to maximize battery performance and prevent any overcharge or over-discharge by automatically balancing the battery. KIJO batteries can be used for start-up or deep cycle applications, and perform well in series and parallel connections. Any application requiring high quality, reliability, and lightweight lithium battery can be supported by our battery and its integrated BMS.
An energy storage system with a power storage battery enables us to solve problems that could not be solved before. For example, cancel the demand fee from the company's utility bill, or provide reliable emergency backup power.
Proper care and maintenance will prolong the life of any product, including your rechargeable battery. After proper maintenance and use, most rechargeable batteries should last for 2-7 years. If used and maintained properly, the rechargeable cordless telephone battery can be used for 1-2 years.
For newer lithium-ion devices, the efficiency of battery storage technology is usually above 80% to 90%. Battery systems connected to large solid-state converters have been used to stabilize distribution networks.
Low-capacity rechargeable AA batteries from 1700 mAh to 2000 mAh can be charged up to 1000 times in the slow charging mode at night, while rechargeable batteries from 2100 mAh to 2400 mAh can be charged up to 600 times to 800 times in the slow charging mode at night.
Many ready-to-use rechargeable batteries lose capacity when not in use. That's why you still need to charge them before using them. This phenomenon is called self-discharge. ... they retain 90% of their capacity after 1 year, 80% after 3 years, and even about 70% after 10 years of storage.
UPS (Uninterruptible Power Supply), as an energy storage system, can supply power in time in the event of a sudden power failure. The battery is very important as its core.
In the event of a power failure, the telecommunications system may malfunction. In the case, telecommunications battery backup systems can ensure that these systems are still running to reduce downtime and reduce costs.
The emergency system provided us with very important help in emergency situations. It is also necessary to choose a good backup battery (the core of the emergency system).
The off-grid energy storage system can convert solar energy into electrical energy, charge off-grid batteries, and provide power resources for related facilities.
The backup power battery system is used as an emergency power source and can replace the main power source when necessary.
Photovoltaic street lights are popular because of their environmental protection, and the demand for batteries used in them is also increasing.