1： Platform Introduction

Jiafuxin landscape lighting intelligent control system integrates the most popular cloud computing platform technology, mobile Internet communication technology, wireless Internet of Things industrial automation control technology and mobile terminal application software technology, which is the perfect embodiment of high-tech and humanized use. Whether it is street lighting, urban night lighting, garden landscape lighting, highway and bridge lighting, airport lighting, port lighting, square lighting, as well as shops, advertisements, store signs, advertising light boxes, or even night lighting around villas, security system assisted triggering lighting can all be centrally managed using our intelligent control system service platform.

2： Technical background

With the development of the times, the advancement of technology, and the acceleration of China's urbanization process, in order to meet the centralized management and remote control needs of urban managers for urban landscape lighting control, our company has designed a data collection and monitoring system specifically for urban landscape lighting based on on-site practical experience - Jiafuxin Landscape Lighting Intelligent Control System.
The Landscape Lighting Intelligent Control System is a public IoT service lighting comprehensive management platform jointly launched by Beijing Jiafuxin Technology Co., Ltd. and China Mobile. It aims to provide intelligent, convenient, and refined management methods for urban lighting managers, specifically tailored to the needs of centralized management and control of urban lighting, and to create the best solution for centralized management of lighting facilities in their jurisdiction; The intelligent control system service network has the characteristics of large scale, leading technology, stable system, and complete functions. The platform network can cover any city or township in China.

3： System Overview

The landscape lighting intelligent control system is a distributed wireless "three remote" (telemetry, remote control, remote signaling) system composed of advanced GPRS/CDMA wireless communication network, computer information management, and intelligent street light control equipment. This system can remotely control the switching and status of lighting equipment nationwide, telemetry current, voltage, and power consumption. It can also determine whether there are faults in the operation of lighting distribution equipment based on the analysis of the measured data. It can alarm and handle various abnormal situations such as line phase loss, circuit grounding, daytime lighting, and nighttime lighting, and can notify relevant management personnel in a timely manner through SMS.

4： System architecture

5： System functions

The landscape lighting intelligent control system adopts a flexible time control method to achieve reservation control and time-sharing control. Multiple time schemes can be set to achieve flexible control of each circuit; Multiple time control modes can be preset, including normal mode, on/off light mode based on latitude and longitude, holiday mode, weekly cycle mode, and secondary light on mode.
The system can automatically patrol, manually patrol, and selectively test (can collect information on the status of circuit relays, three-phase voltage, circuit current, active power, power factor, and various DC analog quantities).
The landscape lighting intelligent control system has a device grouping function, which can group devices by road section or area to achieve group control.
The system has a sound alarm processing mechanism, and the alarm contents include: daytime lights on, nighttime lights off, abnormal opening of the distribution box, voltage and current exceeding the limit, circuit phase loss, circuit disconnection, and power outage of the line; When an alarm occurs, the system can promptly send alarm information to the designated mobile phone user.
■ The landscape lighting intelligent control system supports smart phones, tablets, computers and other intelligent terminals to switch lights, set schemes and query equipment status through wireless Internet access system.
The system supports multiple networking and communication options, including GPRS wireless communication, Ethernet communication, and fiber optic communication.

Six:Management Platform

The management platform of the landscape lighting intelligent control system is developed using the C # language under the VS9.0 environment of Microsoft. The overall architecture adopts the combination of B/S and C/S. The server publishes its own application program interface to the Internet in the form of a web page through the IIS (Internet Information Service) provided by the Windows system, and the client connects remotely through the designated port and service opened by the server to realize data interaction on the Internet. Based on functional modules, the management platform can be divided into geographic information management module, device management module, time scheme control module, instant light switch control module, permission management module, data statistics module, and alarm management module.

7： System features

● High stability: the landscape lighting intelligent control system applies mature wireless Internet and cloud platform technology, and the carrier level operation platform hardware facilities; Industrial hardware product design and production quality control ensure stable system operation.
High security: Users log in to the system with permissions similar to bank accounts and passwords to access proprietary cloud servers and manage free devices; Ensure the security and confidentiality of the system.
● High cost-effectiveness: Wireless investment in the construction of dedicated control center hardware equipment and control software systems, without the need for professional personnel to maintain the entire system, greatly reducing the cost investment of users in construction and operation.
The landscape lighting intelligent control system adopts a distributed design, with equal and independent relationships between control devices.
Damage to controllers and components in the system will not affect the normal operation of other devices and can effectively prevent local damage from causing system paralysis.
The construction process is simple, and control can be achieved by simply modifying the on-site circuit.
The control method is flexible, and users can control it through computer interface or smartphone interface.
Flexible communication methods, capable of supporting both GPRS and CDMA public mobile communication networks simultaneously.
The design of the server center fully considers security requirements, adopts redundant backup, and has carrier grade high stability and reliability.
The intelligent control system for landscape lighting has good scalability, expandability, and ease of maintenance.

8： Customer Value