| Title |
Enhanced Solar Power Generation with OCV-Advanced P&O HybridMPPT Algorithm |
| Authors |
원영제(Young-Je Won) ; 손진근(Jin-Geun Shon) ; 김효성(Hyo-Sung Kim) |
| DOI |
https://doi.org/10.5370/KIEE.2025.74.6.1141 |
| Keywords |
MPPT; OCV (Open Circuit Voltage); OCV-Advanced P&O (Open Circuit Voltage-Advanced Perturb and Observe); P&O (Perturb and Observe); PV system |
| Abstract |
This paper proposes a hybrid MPPT algorithm, the OCV(Open Circuit Voltage)-Advanced P&O(Perturb and Observe) method, which combines the fast initial search capability of the OCV technique with the precise tracking performance of the Advanced P&O method. This approach reduces the initial MPP search time and minimizes oscillations, improving power generation efficiency in photovoltaic systems.
Simulation results using PSIM show that the OCV-Advanced P&O method outperforms conventional P&O and OCV-P&O techniques. Compared to the conventional P&O algorithm, it achieves a shorter initial search time, higher cumulative power output, and reduced oscillations at the MPP. Furthermore, it ensures high stability and efficiency even in dynamic environments with changing irradiance and temperature, making it a reliable solution for enhancing MPPT performance. |