Solar energy performance improvement system wherein the maximum power point tracking device collects the electricity from each performance improvement device and stores it into the storage power bank

The present invention refers to a solar energy performance improvement system, wherein the solar energy performance improvement system is distributed with interconnected performance improvement devices. The performance improvement device is equipped with a capacitor boosting element connected to a solar power generation device. The solar power generation device outputs electricity through a power output element to a maximum power point tracking device to collect the power and store it into a storage power bank. The communication monitoring element monitors and sets the power output from the capacitive boosting element to the power output element within a predetermined value. When the power exceeds a predetermined value, a working time extension element and a power management calculation element control an extension of a power output time. Meanwhile, the communication monitoring element notifies a smart chip management element to connect with other performance improvement devices to control power output to the