Power coupling characteristics between photovoltaic system and remote tourist area

Abstract

Nowadays, with the high development of photovoltaic (PV) technique and tourist industry, PV system is used in remote tourist area more and more widely. However, in practical application, the design, planning and layout involved in them are usually very difficult because the direct relationship between them is absent. To solve this problem, in this paper, some mathematical expressions and their constraint conditions are proposed by analyzing the power relationships between PV system and tourism facilities. By them, the power coupling characteristics between PV system and remote tourist area can be clearly shown. Finally, some simulation experiments are done to analyze the tourism facilities installed in two areas where the degree of difficulty in constructing the electricity grid is different. Meanwhile, a simulation experiment for a whole tourist area is also conducted. The simulation results not only show that the presented power coupling characteristics is accurate and reasonable, but also illustrate that the real-time simulation analysis based on them is feasible and available regardless of a single tourism facility or a whole tourist area.