DIGITAL TWIN VISUALIZATION SYSTEM OF ENERGY DEVICE BASED ON MUTI-DEMENSIONAL SPACE INFORMATION

摘要

In the digital twin visualization technology of energy devices, energy information of a wide area is implemented very accurately and intuitively through sensor unit sensing data, but to provide a technology that can easily implement visualization regardless of the spatial scale, The digital twin visualization system of an energy device based on multidimensional spatial information according to an embodiment of the present invention is a multidimensional spatial information based computing device including one or more processors and one or more memories for storing instructions executable by the processors. To a digital twin visualization system of an energy device, a first dimension as the lowest dimension that is a sensor that senses consumption and acquisition of energy by energy type, a third dimension as the highest dimension that is a physical site area corresponding to an area, and a third dimension a dimension management module that configures dimensions, but configures and manages a second dimension that is a physical site or a logical site area included in an area as a detailed dimension including at least one first dimension; a sensing data management module that stores the sensing data of the first dimension in a storage space and manages the stored sensing data by merging the second dimension and the third dimension; and a visualization module that, upon receiving an energy visualization request input from a user account, processes the stored sensing data and fluctuation values of the sensed data according to the dimension and energy type corresponding to the energy visualization request input and provides it to the user account; characterized.