A Review of Photovoltaic Power Scenario Generation in the Context of Fishery-photovoltaic Complementarity

With the advancement of the renewable energy transition, the innovative concept of fishery-photovoltaic complementarity, which is clean, efficient, and low-carbon, has gradually gained attention from the public. Photovoltaic (PV) power generation plays a significant role in achieving the “dual carbon” goals. However, the stochastic and uncontrollable nature of weather variables presents strong uncertainty in PV power generation, making it crucial to better analyze the uncertainties in PV output. Scenario generation, as one commonly used method for analyzing uncertainties in new energy generation, holds broad application prospects in the field of new energy generation. Therefore, this paper provides a systematic exposition of existing research methods for power system scenario generation. The methods for generating new energy scenarios are categorized into two types: explicit methods and implicit methods. Furthermore, we discuss the particularities of PV systems of fishery-solar complementarity, emphasizing the significant role played by weather factors. Finally, we summarize the findings of this paper and provide an outlook on future research directions.