IoT for the city: outdoor lighting control cabinet
The Spot Light outdoor lighting system includes several important components. These are LED lamps, controllers, sensors and cabinet. At the base of the system is a program. The remaining nodes perform the task. And control, in fact, its implementation.
The outdoor lighting control cabinet or SHUNO is one of the main links in the IoT scheme for the city. The Spot Light system has several controllers. The first is installed on the lamp. The second one is in the closet. Communication is carried out via Wi-Fi (radio channel 2.4 GHz).
Features of SHUNO Spot Light
The control cabinet performs a large number of tasks. Allows you to automatically or manually adjust the operation of LED lights. SHUNO can be controlled remotely or directly on site. For example, during prophylaxis.
The control cabinet is equipped with the following important features:
- — Monitoring of power supply and status of the SHUNO door
- — Control of the state of one or a group of illuminators
- — Additional load management
- — Removal and transmission of electricity consumption readings
Security and Diagnostics
SHUNO of the Spot Light system has an appropriate level of anti-vandal protection. The controller can signal the operator about the status of the door - open / closed. There are two windows on the body. One window is used to view the metering node. A shock sensor is also installed in the system, which allows the operator to signal an attempt to physically break into the control cabinet.
The second is to install an information plate. The central unit of the control cabinet can be equipped with SIM or eSIM cards. The unit can report consumption and power loss data. For example, when illegally connecting to the power grid.
The control cabinet has a backup power source, made on ionistors. This allows you to work and transmit data in emergency situations. The Spot Light system is capable of diagnosing the state of the network and signaling problems that have arisen.
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System Composition
- current in the wire
- wire temperature
- wire sag angle
- amplitude and frequency of wire vibration
- wire break in span
- GPS positioning and binding of overhead lines to cartographic data
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- leakage current and its change depending on weather and other parameters
- angle of deviation of the garland from the vertical axis
- wire sag angle
- wire break in span
- support angle
- amplitude and frequency of vibration of the upper part of the support.
- temperature
- humidity
- wind speed and direction
- amount of precipitation
- solar Activity
- reception of forecast meteorological data over the network
- artificial intelligence processing
- unauthorized entry into the security zone of overhead lines
- unauthorized climbing on the supports of overhead lines
- prevention of metal theft and destruction of overhead lines
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