Designed to work in single-phase networks and necessary for lighting control in settlements, on highways and highways. It provides autonomous operation of electrical installations according to a schedule, can support several work schedules and allows you to receive information about its status.

Automatic data collection from electricity metering devices and their further transmission to the control room.

Automatic monitoring of the state and functioning of the control panel, lighting networks and the equipment included in it.

A device designed to work in three-phase networks and necessary for lighting control in settlements, on highways and highways. It provides autonomous operation of electrical installations according to a schedule, can support several work schedules and allows you to receive information about its status.Automatic data collection from electricity metering devices and their further transmission to the control room.

Automatic monitoring of the state and functioning of the control panel, lighting networks and the equipment included in it.

The input and distribution devices of the IDD are designed for receiving, accounting and distributing electrical energy in electrical installations of residential and public buildings, as well as for protecting distribution and group circuits departing from the IDD in case of overloads and short circuits.

They are used in networks with a voltage of 230/400 V of three-phase alternating current with a frequency of 50 Hz with a deafly grounded neutral, to protect lines in case of overloads and short circuits, as well as for infrequent operational switching on and off of electrical networks, and usually represents a grounded metal cabinet of protected design, inside of which there may be appropriate equipment: switches, fuses, electric energy meters, emergency reserve input panels, phase control relays, emergency lighting switch, phase load distribution sensors, voltmeters and ammeters.

An indication of the main parameters of the power grid can be displayed on the door of the IDD: voltage, current, protection operation, phase asymmetry, etc. Ammeters and energy meters are switched on through current transformers.

• Implementation of the SCP algorithm
• Autonomous mode of operation of the SCP system
• Automatic data collection from electricity meters
• Monitoring of the condition and functioning of the equipment included in the SCP system
• Automatic transmission of electricity metering data and technical condition of equipment to the control room