Станція для геоінформаційно-енергетичних мереж

Abstract

A station for geo-information power circuits comprises electric channels, transmitting and/or receiving channels that are united in groups and have possibility to transform information signals. Transmitting and/or receiving channels are realized as fiberglass transmitting and/or receiving information power channels of input/output. It is entered fiberglass information power channels that realized on the base of optical fiber, for transmission it is used an optical carrier at different frequencies using well-known technology – Wavelength Division Multiplexing WDM, a unit for organization of energy supply and no-break power for the station, a unit for climate -control and inner cooling, aggregate unit for channel processing and support of protocol of station control, unit for control of information traffic, a unit for control of power traffic, a unit for commutation of information power channels, TDM (Time-Division Multiplexing) unit for information channels, WDM (Wavelength Division Multiplexing ) unit for information power channels, a unit for optical channel control, a unit for organization of standby channels, a unit for amplification and regeneration of pulses, interface units: information and power, fiberglass ports of information power channels, an electric information power backbone bus, an fiberglass information power backbone bus, channels of power energy consumption, interface for station control. The unit for organization of energy supply and no-break power for the station, a unit for climate -control and inner cooling, aggregate unit for channel processing and support of protocol of station control, unit for control of information traffic, a unit for control of power traffic, a unit for commutation of information power channels, TDM (Time-Division Multiplexing) unit for information channels, WDM (Wavelength Division Multiplexing ) unit for information power channels, the unit for optical channel control, the unit for organization of standby channels, the unit for amplification and regeneration of pulses, interface units: information and power, fiberglass ports of information power channels are connected to the fiberglass information power backbone bus by means of fiberglass information power channels. Channels of power consumption that connected to the unit for organization of energy supply and no-break power for the station are primary inputs of power consumption. Control interface that connected to aggregate unit for channel processing and support of station control protocol. Fiberglass ports of information power channels are connected to N-transmitting and/or receiving fiberglass information power channels.