Green energy and photovoltaic issues receive the world's attention. As the southwest coast of Taiwan has a wide culture area and sufficient sunshine, it is applicable to the development of photovoltaic combine aquaculture, and the transformation of this culture area into fishingelectricity symbiosis has development potential in the future. Floating photovoltaic material does not change the landform, it is flexible and variable, and is applicable to fishing-electricity symbiosis development. However, there are still some unknown points in the photovoltaic combine traditional white shrimp culture to be studied. This study simulates photovoltaic panels at shading ratios of 40% and 0%, and compares the pond water quality parameters under the same breeding conditions, such as temperature, salinity, pH, DO value, ORP, as well as the growth and survival rate of white shrimp.This project aimed to investigate the influences of 0 (control group) and 40% (experimental group) covering ratio on Lates calcarifer culture pond, including fish growth performance, water and bottom soil parameters and fish fillet quality. The results show that the environmental factors vary obviously with monthly climate, and the shading ratio 40% treatment group has slight change in water quality and stable microalgae, which is unlikely to induce mass mortality. The water quality factor of the two treatment groups of white shrimp is in the safe range in the culture process.The growth performance of experimental group was slightly better than of control group. After 7 months culture, the final weights of experimental group and control group were 609.17 ± 285.13 and 498.07 ± 191.38 g, respectively. In addition, there was significant difference in both total length and weight regression coefficient. According temperature records, the daily maximum water temperatures of experimental group were 2 degree lower than of control group approximately during high-temperature period. In contrast, the differences of daily maximum water temperatures were not notable during low-temperature period. Moreover, the daily water temperature differences were all lower in experimental group during whole experimental period. The chlorophyll a concentration of control group was higher, and fluctuated with wide variation, which showed multi-peak tendency. In aspect of nitrogenous wastes, control group and experimental group had similar total ammonia nitrogen (TAN) accumulation tendency. In contrast, nitrite and nitrate had been markedly risen in experimental group since July. TAN and nitrite concentration were below the safety concentration in both groups during whole experimental period. Except the total solid was higher in experimental group, there were no notable difference in total phosphorus, pH, dissolved oxygen (DO), 5-day biochemical oxygen demand (BOD5), microbial count and bottom soil oxidation-reduction potential (ORP) between control group and experimental group. In terms of fish fillet quality, we examined the coloration, texture profile and sensory evaluation, and there were no significant difference between control group and experimental group.