What is Centralized Lighting Control?
Control the street lights and real-time information detection through the network.
Street light control system
- Street light control system is divided into wireless centralized
- EH100 centralized control system
- Remotely distributed through monitoring centers and on-site
- Functions of the single lamp control system EH120
- 1. Street light conditions:
- Many points, wide area, old and scattered street light facilities, a large number of lamps, and high maintenance costs of the facility; each year, many expenses such as manual machines and vehicles generated due to manual inspection and replacement of lamps! In itself, there are fewer staff members for street lamps, coupled with heavy manual inspections every day, low efficiency, high cost, and a low level of manual management of street lamps in China.
- 2. Add street light control system to realize the integration of "control and control camp" of street lights:
- Combining the Internet of Lights with the Internet of Things and energy-saving technologies to build a digital and energy-saving city. One step in place will greatly reduce the workload of future management and maintenance, save labor, and improve management efficiency. Generate a fault report and automatically alarm the fault to the mobile phone of the person on duty. Therefore, the management level and management efficiency are greatly improved, and the management of municipal street lights has risen to a new level and level. At the same time, it saves labor and vehicle operation and maintenance costs. As the country develops a low-carbon economy, energy conservation and emission reduction also play an active role.
- 3. Generate direct energy-saving benefits:
- Energy saving through management: the direct power saving benefit is about 10% or more;
- 1. Monitor Control Center-control center software installed in the monitor
- 2. Control host-FAC centralized controller, installed in the power distribution cabinet, manages and controls the line through wireless GPRS to receive commands from the monitoring center, and uses power carrier technology to send commands to single-lamp terminals (single-lamp control) and information feedback. It realizes the control of the output AC contactor of the transformer / distribution cabinet, and collects various status information of the line. When the monitoring center communication fails, it can automatically switch on and off the distribution cabinet level according to the preset time curve. Able to interface with single lamp controller.
- 3.Single lamp controller terminalFLD single lamp power saving controller, installed at the street lamp pole, used with the control host, using power carrier technology, the control host receives instructions from the monitoring center to achieve single lamp level on. Turn off the lights and adjust the voltage, and actively collect single lamp fault information for reporting. Realize the functions of single-lamp networking, single-lamp control, single-lamp energy saving, single-lamp data acquisition, and single-lamp energy measurement. Note: The control system can directly use the remote centralized control function without selecting this terminal. The terminal interface is reserved for future preparations for single-lamp control and reduces the cost of future single-lamp control systems. Directly on the single lamp terminal can achieve single lamp control, without the need to replace the single lamp control host.
- This generation of control system innovation is on the control host, which can be connected to the single-lamp terminal to form a single-lamp control system, or not to be connected to the single-lamp terminal to form a centralized control system. This adds a reasonable choice for users to consider cost issues; The situation comes to choose a street light control system.