Intelligent Lighting Control Terminal - Landscape Lighting

Smart Street Light Management-Intelligent Lighting Monitoring System-Outdoor Street Light Landscape Lighting Mobile APP Management

System Introduction:

The Smart Street Light Management System is a customized intelligent monitoring and management software designed for road lighting management and maintenance. It integrates communication, information management, and control.

For more product information and pricing, please call.

Contact: Manager Wu

Phone: 13891834587 (same as WeChat)   

Q    Q: 704151787

Email: 704151787@qq.com

System Equipment:

YC-JG0416 Intelligent Lighting Control Terminal (Street Light/Landscape)

YC-JG0816 Intelligent Lighting Control Terminal (Street Light/Landscape Lighting)

YC-JG1216 Intelligent Lighting Control Terminal (Street Light/Landscape)

YC-4G-1 Single Lamp Controller

YC-4G-2 Dual Lamp Controller

(1) Functions of the Intelligent Lighting Monitoring System

Dynamic Remote Control of Light Switching Time:

Single light on/off

Switch all-night lights;

Switch midnight lights;

Switch time-period lights;

Secondary or multiple lighting;

Automatically calculate local sunrise and sunset times based on geographical longitude and latitude, dynamically and precisely adjust light switching times daily (seasonal changes) to save energy and improve road lighting quality;

(2) Multiple Light Switching Control Methods

Automatic remote control—operates automatically according to the light switching program set by the control center;

Manual remote control—click any light switching program action at the control center;

Timed control—switch lights at specified times, such as midnight on December 31 or specific periods during holidays;;

Collaborative mode—the above control methods can complement and rescue each other, with automatic switching.

One-click city-wide lighting.

(3) Multiple Light Switching Execution Plans

Standard execution plan;

Weekly execution plan (can set any day or days of the week as execution dates); ③ Holiday execution plan (can set certain holidays as execution dates);

Temporary execution plan (set specific days of the year as execution dates);

Execution plan methods and priorities can be set, with automatic switching without manual intervention;

Based on each execution plan, temporary light switching execution times can be set.

(4) Area (Group) Control Function

All areas—control all set control areas;

Partial areas—control parts of the controlled areas;

Select group units—group by road sections or districts, control one or several groups;

Single point or single light switch—precise control of single points or single lights;

(5) Automatic Detection Function

Automatic inspection, random detection, or timed inspection by period:

Whether each single light and circuit operates according to the center’s specified switching and obtains corresponding status;

Current, voltage, power, power factor, electricity consumption, etc., of each single light;

After installing a digital electricity meter with a 485 interface in the box transformer cabinet, the electricity consumption of each box transformer can be obtained and totaled;

The above data is promptly uploaded to the control center;

(6) Fault Alarm Function

The system automatically discriminates the status of each single light or circuit through automatic or manual detection, and promptly alarms with sound and light or via SMS, WeChat, etc., to relevant personnel for remote alerts.

Unexpected lighting during the day;

Lights off at night;

Power outage (or power cut);

Line break or cable theft—in sections equipped with single light controllers, cable theft can trigger SMS alerts to on-duty personnel or local police;

Monitoring terminal (central controller) failure;

Communication failure;

Single light failure;

Other faults deemed necessary to report by the system.

All fault alarms include timestamp, location, fault type, unit name, etc., and can be viewed and selected intuitively on the GIS map, recorded in the database as archives.

(7) Data Processing, Storage, Query, and Print Function

Query current operating parameters of each monitoring point;

Query operational data of any historical period and any monitoring point;

Classified query of various fault alarms, such as electric control box, remote monitoring terminal, single light monitoring terminal related fault alarms (optional), etc.

Fault alarm reports.

Various data curve charts.

(8) Geographic Graphic Display Function

Using simple geographic graphic display, vectorized electronic maps of urban areas can be achieved, resulting in an informative, aesthetically pleasing, and user-friendly interface.

Mark centralized controller units and their control areas on the electronic map through digital calibration;

Activate any centralized controller icon on the map to display relevant data or parameters of the selected controller;

Electronic maps can be zoomed infinitely and browsed smoothly, displayed on the same screen with unequal proportions; through large screen systems, multiple terminal operations can be displayed on the same or split screens;

When using an electronic touch screen, monitoring, operation, and querying can be more convenient;

Real-time intuitive display of whether each centralized controller has lighting circuits on;

When the system detects a fault alarm in a centralized controller unit, it promptly marks and displays a warning symbol.

Display single light working status.

(9) Remote Meter Reading Function:

Ø Monitoring terminals are equipped with digital interfaces to communicate with digital electricity meters, enabling automatic remote meter reading, and separately metering electricity consumption for street lighting, bus stops, and advertising light boxes as needed.

(10) On-site Debugging and Maintenance Interface Function of Monitoring Terminal (Central Controller):

Each remote monitoring terminal central controller has debugging and maintenance interfaces and buttons for easy individual and unified debugging.

(11) System Expansion and Capacity Increase Function:

The system has flexible remote terminal addition and deletion capabilities, allowing dynamic addition and removal of terminal equipment without modifying the map; dynamic map replacement without rebuilding the database, etc.

Ø The central database, wireless communication methods, and modular monitoring terminal structure used by the system can meet the long-term development and expansion needs of street lighting and related lighting systems in large and medium-sized cities.

(12) Single Light Control Operation Function:

Ø Using power line carrier technology, remote single light control can be achieved without additional cables, utilizing existing power lines. Various light switching combinations can be implemented, such as alternating pole lighting, skipping several poles, cross lighting, and other lighting modes, or custom lighting modes.

(13) Expandability

Ø Through database sharing, data push, and platform interface APIs, compatibility and integration with other intelligent systems in smart cities can be achieved.