Customer Case Sharing DIY EVE Lifepo4 Battery Module Creating a New Model for Home Energy Storage

Home energy storage and daily electricity optimization
Scenario requirements: Modern families have extremely high requirements for power stability, especially during peak hours or when the power grid fails. At the same time, with the popularity of home solar power generation systems, how to efficiently store and utilize these clean energies has become a major challenge.

A home user from California used the DIY EVE3.2V 280Ah LF280K Lifepo4 battery module and combined it with the photovoltaic panels on his roof to build a smart home energy storage system. The system can not only store excess electricity when there is sufficient sunshine, but also serve as an emergency power source when the power grid is out of power, ensuring the normal operation of household appliances.

Through flexible series and parallel combinations, the user successfully customized a battery pack with a total capacity of 12kWh, which perfectly matches the daily electricity needs of the family. At the same time, the modular design makes future capacity expansion simple and easy.

The household electricity bill expenditure has been reduced by nearly 35%, especially during the peak period of air conditioning use in summer. The energy storage system effectively reduces the burden on the power grid and reduces electricity costs.

The DIY EVE Lifepo4 battery module provides home users with peace of mind for electricity use with its excellent safety performance (passed multiple international safety certifications). In addition, users also enjoy technical support and after-sales service from the local community, which further enhances their confidence and satisfaction.

Through this case, we can see the great potential and advantages of the DIY EVE Lifepo4 battery module in the field of home energy storage. It not only helps families achieve energy self-sufficiency, but also contributes to promoting global energy transformation.