Patent UA-88397-U (UA)
Title: Optical geoinformation power network with distributed light energy sources
Inventor: KOZHEMIAKO VOLODYMYR PROKOPOVYCH
IPC: H04N7/00
Filed: 2013-11-04
Abstract: An optical geoinformation power network with distributed light energy sources comprises a power plant, an fiber-optical transmission line having n- information power channels, electric channels based on metallic conductors, a control and optical/power supply station, a video processing server, a document management server, a testing server, a remote training server, a search server, a library resources server, an information storage server, a WEB-server and remote users, united fiber-optic information/ power channels, main and local gateways of electro-optical and information/power conversion, a router for connection to remote users, first and second backbone switch; energy output of the power plant is connected to energy input of the control and optical/power supply station, one part of united fiber-optic information/power channels is bi-directional connected to the main gateway of electro-optic information/energy conversion, output of which is bidirectional connected to external networks through electric channels based on metallic conductors, a second part of the united fiber-optic information /power channels of the control and optical/power supply station is bidirectional connected to first backbone switch, output channels of which are bidirectional connected to fiber-optic transmission line with help of fiber-optic information/power channels, which comprises 1 ... n – information/energy channels, which is in turn is bidirectional connected to the video processing server, the document management server, the testing server, the remote training server, the search server, the library resources server, the information storage server, WEB-server through local gateway of electro-optic information/energy conversion. The other outputs of the router for connection to remote users are bidirectional connected to local gateways of electro-optic information/energy conversion over united fiber-optic information/ power channels, outputs of local gateways of electro-optic information/energy conversion over electric channels based on metallic conductors are bidirectional connected to remote users; moreover, the video processing server, the document management server, the testing server, the remote training server, the search server, the library resources server, the information storage server, the WEB-server and remote users are geospatial spaced. Photoelectric solar radiation energy sources and spectral solar radiation energy sources are incorporated to the network, outputs of photoelectric sources are electrically connected to the power plant through electrical channels based on metallic conductors, to the control and optical/power supply station, also to local gateways of electro-optic information/energy conversion. Moreover, the outputs of spectral solar radiation energy sources are optically connected to first and second backbone switches and routers for commutation to remote users through the united fiber-optic information/power channels. Each server has its own gateway and output channels of gateway are connected to the servers by means of electric channels based on metallic conductors; also the fiber-optic main line is bidirectional connected to the second backbone switch, whose outputs are connected to the router for connection with remote users by means of the united fiber-optic information/power channels.