The 20.48kWh model is the most popular, but almost everyone asks: Can this battery last through the night during a power outage? How long does it last? Let’s be honest: there’s no set answer—it all depends on how many devices you have running at the same time. First,…Read the full article

While the capacity figures for these three models may seem similar at first glance, their practical applications, runtime, and cost are completely different. In a nutshell: 16.58 kWh is sufficient, 20.48 kWh offers peace of mind, and 32.15 kWh can handle heavy-duty use. 16.58 kWh: The Essential Choice…Read the full article

When many people choose a home energy storage battery, their first instinct is: the bigger, the better. But that’s not how it works in reality. There are only three factors that truly determine the capacity you need: the devices you must keep running during a power outage, how…Read the full article

During long-term operation, photovoltaic energy storage systems are bound to experience minor malfunctions, such as inverter alarms, batteries failing to charge, and decreased power generation efficiency. When faced with these issues, many users are unsure how to troubleshoot them and can only wait for service engineers, which wastes…Read the full article

Power outages are unexpected events that both residential and commercial users may face, especially during summer peak demand periods or severe weather conditions such as heavy rains and typhoons. Power outages not only disrupt daily life and business operations but can also result in significant financial losses. To…Read the full article

For scenarios with high power demands, such as medium-to-large households and small commercial spaces, the capacity of a single lithium-ion battery is often insufficient. In such cases, multiple lithium-ion batteries must be connected in parallel to increase capacity. However, connecting lithium-ion batteries in parallel requires strict adherence to…Read the full article

In the energy storage market, there is a wide variety of inverter products available. Users often overlook the differences between standard inverters and hybrid inverters. Many users make uninformed choices, resulting in their energy needs not being met and even leading to a waste of resources. Today, through…Read the full article

The service life of a home energy storage system (inverter + battery + solar panels) depends not only on the quality of the products themselves but is also closely related to daily maintenance. Many users neglect routine maintenance after installing their systems, leading to equipment failures, reduced efficiency,…Read the full article

The safe operation of lithium-ion batteries relies heavily on the core BMS (Battery Management System)—it acts as the “brain” of the battery, responsible for real-time monitoring of battery status, adjusting charge and discharge parameters, and preventing safety hazards. When selecting lithium-ion batteries, many users often focus solely on…Read the full article