The flash memories have congenital defects that the data cannot be repaired when they are damaged. Thus, how to prevent data destruction has become a must-have feature. Especially when using the Solid State Drives (SSD), how to prevent the data destruction caused by a hard disk failure is an important design issue. In this thesis, a high-performance power rescue system used in solid state drives is designed and implemented. A high-performance energy storage management control circuit with some common tantalum capacitors is designed to store power. It can improve the drawbacks of the previously used super capacitors, such as bulky and expensive. Moreover, a most simplified charge and discharge system with a single path in the power bus is designed in the high-performance power rescue system to protect data transmission. In the hard drives failure or an unexpected power shutdown without warning status, the proposed method can prevent data damage or hard drive failure.