THE ALGORITHM OF THE ELECTRIC EQUIPMENT CONFIGURATION OF UNMANNED SURFACE DEVICE
The algorithm of the electric equipment configuration and cable routes for the unmanned surface device is considered. The method of placing electrical equipment taking into account the cable routes and determining the optimal the order of the electric energy receivers is offered. The Software of the methodology is based on the unit of graph theory. The essence of the method is to determine the connection between the devices (i.e., whether they are connected electrically), and to calculate the area of its cross-section as the first criterion in choosing the equipment. The additional criterion - the restriction on the length of the cable has been introduced. For the electric equipment configuration all data on receivers of the electric power and cable connections between them are proposed to collect and add to the table and calculate the cross-sectional area cable routes for each device. The cross section of the route determines the order of arrangement of the instruments: the first device with the largest cross section of the cable route is set; the last one is the electric equipment with the lowest cross section. It is emphasized that the limitation on the length of the cable must take into account in the placement of devices. The proposed method is easy to use and does not require additional expenditures to implement. In order to improve methodology it is planned to create specialized software for the automatic construction of a data table.