Digital Twin Method for Photovoltaic Automated Design System

Abstract

The present invention relates to a digital twin method suitable for a photovoltaic automatic design system, which belongs to the field of photovoltaic system information technology, and includes the following operating steps: the first step: creating a geometric shape of a digital twin, and establishing a digital one-to-one correspondence between the external dimensions of the equipment. The second step: binding the external parameters of the digital twin, binding the model line to the reference line by binding, and then marking the external control references such as the size distance with the model geometric external parameters. The third step: creating parameters of the digital twin, the model manufacturer parameters, physical performance parameters, and electrical parameters are created in the parameter editing section. The fourth step: the connection relationship component of the instance parameters. It has the data characteristics of being editable, automatically calculated, and updated in real time. It solves the problem of creating a digital twin for a digital twin model based on a digital modeling platform. The digital twin uses the model as a carrier to carry all the data required for the digital twin model of photovoltaic power generation.