项目名称： 株洲市微亮化单灯自动化监控项目

Zhuzhou micro-lighting, single-light automatic monitoring project

申报单位： 广东正力通用电气有限公司

综合介绍或申报理由：

随着城市夜经济的发展，夜间光环境的质量成为了衡量市民夜生活品质的重要指标，株洲市灯饰管理处对老旧工业区进行夜景提升，建立以“微亮化”主题的夜景照明，结合当地人文景观特色，打造形态各异的夜景落，脚点放在社区、街巷和小游园等区域，优先解决居民最后100米的照明问题，形成“一社区一特色”的亮化效果，并配套根据微景观特点定制开发的“微亮化”终端式单灯监控管理终端，对微景观亮化的远程控制、全电参数监测、故障主动报警，为株洲市的微景观正常运行保驾护航。

With the development of the city’s night economy, the quality of the night light environment has become an important indicator to measure the quality of citizens’ night life. The local cultural landscape features, creating different forms of night scenery, footholds are placed in communities, streets and small amusement parks, etc., to give priority to solving the lighting problem of residents in the last 100 meters, forming a lighting effect of "one community, one feature", and It is equipped with a “micro-lighting” terminal single-lamp monitoring and management terminal customized and developed according to the acteristics of the micro-landscape, remote control of the micro-landscape lighting, full-electric parameter monitoring, and active fault alarm, escorting the normal operation of the micro-landscape in Zhuzhou City.

项目宣传视频： https://b2b.alighting.com/headline/TPFKM74HGQ/videodetail-5260.html

主要技术参数：

（1）NB-IOT窄带物联网通讯；
（2）2路电流测量；
（3）1路漏电流监测；
（4）2路0-10V调光输出；
（5）2路控制输出；
（6）输入电压测量；
（7）RS485通讯；
（8）主动报警功能；
（9）具备时间管理功能，可内置设定多种模式开关灯时间；
（10）具有实现遥控、时控、遥测、故障报警等功能
（11）实现能耗、故障信息、亮灯率统计；
（12）实现历史运行状态及数据曲线查询；
（13）支持后台光控控制管理功能；
（14）控制输出:标配2路；
（15）测量范围：AC0.0-15.0A，测量误差≤±1%；
（16）计时精度：累计误差≤±30秒/年。
（17）通讯方式：NB-IOT。

(1) NB-IOT narrowband IoT communication;
(2) Two-way current measurement;
(3) One-way leakage current monitoring;
(4) 2 channels 0-10V dimming output;
(5) 2 control outputs;
(6) Input voltage measurement;
(7) RS485 communication;
(8) Active alarm function;
(9) Equipped with time management function, which can set the time of switching lights in various modes;
(10) It has the functions of remote control, time control, remote measurement, fault alarm, etc.
(11) Realize statistics on energy consumption, fault information, and light-on rate;
(12) Realize historical operation status and data curve query;
(13) Support background light control control management function;
(14) Control output: 2 channels as standard;
(15) Measuring range: AC0.0-15.0A, measuring error ≤±1%;
(16) Timing accuracy: cumulative error ≤±30 seconds/year.
(17) Communication method: NB-IOT.

与国内外同类产品或同类技术的比较情况：

“微亮化”终端式单灯监控终端是属于根据株洲市管理处在“微景观亮化”提升项目中的管理需求进行定制开发，属于首次应用，目前国内外对单灯监控的应用，主要用在路灯单灯监控管理场景，常用的路灯单灯监控主要存在：
1、测量电流范围值小，不能对大电流进行测量；
2、不能本地存储历史数据，能够通过后台服务器存储，在无网络的状态下则会出现历史运行数据历史的情况；
3、不能预设全年等亮度开关灯时间，只能根据线缆的供电进行开关灯。

因此本次项目专门定制开发应用的微景观亮化终端式单灯自动化监控终端是专门针对株洲市灯饰管理处的“微亮化”建设提升项目研发的终端，该终端配备完整的监控管理平台，实现对微景观亮化控制点的实时监控、自动控制、故障报警、亮灯模式管理、并能够根据管理需求自定义设置全年开关灯时间，也可进行多种模式的控制管理预案。

The "micro-brightening" terminal single-lamp monitoring terminal is a customized development based on the management needs of the Zhuzhou City Management Office in the "micro-landscape lighting" promotion project. It is the first application. At present, the application of single-lamp monitoring at home and abroad is mainly It is used in the scene of single-lamp monitoring and management of street lamps. Commonly-used single-lamp monitoring mainly exists:
1. The measurement current range value is small, and large current cannot be measured;
2. Historical data cannot be stored locally, but can be stored through a back-end server. In the absence of a network, there will be historical operating data history;
3. It is not possible to preset the time of turning on and off the lights with the brightness throughout the year, and the lights can only be turned on and off according to the power supply of the cable.
Therefore, the micro-landscape lighting terminal-type single-lamp automatic monitoring terminal specially developed and applied for this project is a terminal developed specifically for the "micro-brightening" construction and promotion project of the Zhuzhou Lighting Management Office. The terminal is equipped with a complete monitoring and management platform. Realize real-time monitoring, automatic control, fault alarm, lighting mode management of the micro-landscape lighting control points, and can customize the year-round light on-off time according to management needs, and can also carry

经济评价分析：

通过株洲市微景观亮化单灯自动化监控项目的应用实施，实现实时微景观照明的控制，实现实时远程监控，远程修改开关灯时间，故障主动报警管理，解决不能远程监控、时间修改困难，故障发现困难、不能远程开关灯等问题，确保景观100%正常亮灯，为市民出行回家的解决居民最后100米的照明保驾护航。
通过微景观亮化控制的精准控制、实时性的监控，及时、全面地发现一微景观亮化控制点在运行中出现的故障，实现真正意义上的值班等待故障、发现故障的工作模式，减少人力成本、车辆投入等维修成本，而且在检修车出发前已经知道了故障的准确地点和基本状态，有目的的检修，不需巡线查找，因而大幅减少缩短了检修响应时间、提高检修效率，保证了设设的完好率，降低了管理成本。系统的实施，使得城市管理者的工作更加规范化、人性化、精细化，极大的提高了管理水平及效益。

Through the application and implementation of the Zhuzhou micro-landscape lighting single-lamp automation monitoring project, real-time micro-landscape lighting control, real-time remote monitoring, remote modification of the light switch time, and active alarm management of faults, solve the problem of remote monitoring and time modification Difficulties, difficulties in finding faults, inability to switch lights remotely, etc., to ensure that the landscape is 100% normally lit, and to escort the residents to solve the lighting of the last 100 meters of residents when they travel home.
Through the precise control and real-time monitoring of the micro-landscape lighting control, the faults in the operation of the micro-landscape lighting control point can be found in a timely and comprehensive manner, so as to realize the working mode of waiting for the fault and discovering the fault in the true sense, and reducing Maintenance costs such as labor costs and vehicle input, and the accurate location and basic status of the fault are known before the inspection vehicle starts. Purposeful inspections do not require line inspections, which greatly reduces inspection response time and improves inspection efficiency. Ensure the intact rate of the design and reduce the management cost. The implementation of the system makes the work of city managers more standardized, humane, and refined, which greatly improves the management level and benefits.

技术及工艺创新要点：

1、单灯具备单灯作战能力，在无通讯的情况下能够自动运行，能够预设全年等亮度开关灯时间，能够跟随季节的变化自动调整开关灯时间，并能够根据按星期进行自动开关灯控制，解决传统现场修改开关灯时间的问题；

2、单灯监测更够根据灯饰处的日照亮灯进行开关灯按需控制；

3、终端式单灯监控终端体积小、功能全，现场安装不占用控制，具有多路独立控制、测量、报警、状态监测等功能；
全过程记录运行单灯监测数据，实现大数据人工智能分析管理。

1. A single lamp has a single lamp combat capability. It can run automatically without communication. It can preset the brightness switching time of the whole year, and can automatically adjust the switching light time according to the changes of the seasons, and it can be carried out according to the week. Automatic light switch control, solve the problem of traditional on-site modification of light switch time;

2. Single lamp monitoring is more capable of on-off and on-demand control of lights according to the daylighting lights of the lighting department;

3. The terminal-type single-lamp monitoring terminal is small in size and complete in functions. It does not occupy control for on-site installation, and has functions such as multi-channel independent control, measurement, alarm, and status monitoring;
The monitoring data of a single lamp is recorded and operated in the whole process, and the big data artificial intelligence analysis and management is realized.

实际运用案例和用户评价意见：

株洲市微景观亮化单灯自动化监控项目的实施，实现了对全市30个建宁驿站、10个微景观亮化的自动化监控管理。

The implementation of the single-lamp automatic monitoring project for micro-landscape lighting in Zhuzhou City has realized the automatic monitoring and management of 30 Jianning post stations and 10 micro-landscape lighting in the city.

1、通过项目的实施能够对微景观的运行进行实时监控、监测，对运行的电参数进行全过程记录，解决微景观分布广位置远、巡查困难的问题，提升了照明管理水平。

1. Through the implementation of the project, real-time monitoring and monitoring of the operation of the micro-landscape can be carried out, and the electrical parameters of the operation can be recorded in the whole process, so as to solve the problems of the wide-area micro-landscape and difficult inspections and improve the level of lighting management.

   
   

2、通过市微景观亮化单灯自动化监控项目的实施，解决微景观开关时间不统一，调节困难的难题，提高了工作效率。

2. Through the implementation of the municipal micro-landscape lighting single-lamp automatic monitoring project, the problem of inconsistent switching time and adjustment difficulties in the micro-landscape has been solved, and the work efficiency has been improved.

获奖、专利情况：

申报单位介绍：

广东正力通用电气有限公司成立于2000年11月，注册资金2001万，是一家专业从事路灯控制，集硬件与软件自主研发、制造、销售、服务于一体，生产各类优质照明自动化监控终端，提供云平台、智慧城市照明后台的国家高新技术企业，目前为国家国家低碳照明研究中心、照明智能化监控研究室。由公司全自主研发生产的各项软硬件产品已先后应用于北京市、上海市、广州市、深圳市、等全国400多个城市。我们将秉持“始于用户所需，终于用户满意”的经营理念，让城市的每一个老百姓都能享受到现代城市智慧照明的服务。
Guangdong Zhengli General Electric Co., Ltd. was established in November 2000 with a registered capital of 20.1 million. It is a company specializing in street lamp control, integrating hardware and software independent research and development, manufacturing, sales, and service. It produces all kinds of high-quality lighting automation monitoring terminals. A national high-tech enterprise that provides a cloud platform and smart city lighting backstage. Currently, it is the National Low-Carbon Lighting Research Center and Lighting Intelligent Monitoring Research Laboratory. The software and hardware products independently developed and produced by the company have been used in more than 400 cities across the ry, including Beijing, Shanghai, Guangzhou, Shenzhen and so on. We will uphold the business philosophy of "beginning with the needs of users, and finally satisfying users", so that everyone in the city can enjoy the services of smart lighting in modern cities.

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