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The aging test for the energy storage power station is a critical procedure to validate its performance and long-term reliability. The primary focus is a comprehensive charge-discharge cycle test.

During the discharge phase, all available output interfaces—such as AC outlets, DC ports, and USB ports—are simultaneously connected to their respective electrical loads.

This configuration tests the unit's ability to power multiple devices concurrently and verifies that each port functions correctly under a realistic, combined load.

The discharge process continues uninterrupted until the battery is fully depleted, pushing the system to its operational limits and observing its behavior under low-voltage conditions.

Following the complete discharge, the unit proceeds to the charging phase.

The power station is connected to an appropriate power source to recharge its internal battery.

This full cycle—from a fully charged state, through a complete discharge across all ports, back to a fully charged state—is repeated multiple times.

This rigorous process helps identify any potential early-life failures, ensures battery management system accuracy, and confirms the stability and safety of the power delivery across all interfaces throughout the entire capacity range.