With the development of new energy technologies, household energy storage systems have become an important part of the energy transition. And stackable lithium iron phosphate batteries, with their unique advantages, are gradually becoming the mainstream choice in the field of household energy storage.

The stacked lithium iron phosphate battery adopts a stacked cell structure design, significantly enhancing energy density and space utilization. Compared with traditional cylindrical batteries, its single-cell capacity has increased by more than 30%. Under the same volume, it has a larger energy storage capacity and is suitable for the limited installation space in households. This battery uses lithium iron phosphate as the cathode material and features excellent safety, with a thermal runaway temperature of over 800℃, fundamentally reducing the safety risks of household electricity usage. Meanwhile, its cycle life can reach over 3,000 times. Calculated based on the daily electricity demand of a household, it can be stably used for 8 to 10 years, significantly reducing the long-term usage cost.

In household energy storage applications, stacked lithium iron phosphate batteries demonstrate multiple advantages. Firstly, it can efficiently match photovoltaic power generation systems, storing excess electricity during the day and releasing it for use at night, achieving energy self-sufficiency. Secondly, this battery supports deep charging and discharging, with a discharge depth of up to 90%, ensuring power supply during household emergencies. In addition, its modular design facilitates flexible expansion. Capacity upgrades can be achieved by adding battery modules in response to the increasing demand for household electricity. In terms of intelligent management, when combined with the BMS battery management system, it can precisely monitor the battery status, optimize the charging and discharging strategy, extend the service life while ensuring stable power supply.

With the expansion of the household energy storage market, stackable lithium iron phosphate batteries, featuring safety, reliability, long lifespan and high cost-effectiveness, are building a clean, stable and economical energy supply system for millions of households, becoming an important support for household energy transformation.

Focus on the research and development and manufacturing of high-performance lithium iron phosphate energy storage batteries and energy storage inverters. Aoge Future products, with safety, reliability and long cycle life as their core advantages, are widely used in household energy storage, photovoltaic energy storage and commercial and industrial energy storage projects. Committed to providing customized solutions for global customers, with direct supply from the factory, we offer you reliable energy security.