"Energy saving, intelligent technology and aesthetics, the theme of the construction industry in twenty-first Century."
The energy consumption of lighting system in modern architecture has been up to 35%. The concept of "green" lighting has been introduced in the architecture field. The central idea is to use natural light source to the maximum, set the clock automatic control, and adopt new technologies such as illumination induction and dynamic and static sensors.

The functions and advantages of the intelligent lighting control system in the railway station:
1, realize the intelligentization of lighting control:
After adopting the intelligent lighting control system, the lighting system can operate in the fully automatic state. The system will switch some basic working states according to the preset settings, and automatically convert the various working states according to the preset time. For example, in the ticket office and waiting room traffic peak, the flow of the station, you can open all the ticket office and waiting room lights in all areas, to facilitate the staff; in the daytime outdoor illumination is sufficient, you can close the station part of the lighting circuit, only 1/2 or 1/3 illumination, to save energy; in the night, for large train station, traffic is also very much, you can open the ticket office and waiting room all loops, the convenience of passengers access; in the train arrived by Lane on the platform installed in the infrared shooting sensor, can automatically open the lighting circuit Lane on the platform, to facilitate the passengers get off.
Besides, the programmable control panel installed in the duty room or control room of the station can be switched to different scenes at any time according to special circumstances, so as to adapt to the requirements of lighting in various situations.
2, considerable energy saving effect:
Saving energy and reducing operating costs are an important concern of the owners. The intelligent lighting control system can by the reasonable management, according to the different dates and different time in accordance with the operation of each functional area of pre illumination settings, lighting is not needed, guaranteed to turn off the lights, the intelligent lighting control system can use the most economical energy consumption to provide the most comfortable lighting system can ensure that only when necessary; when you turn on the light, or reach the required brightness, thereby greatly reducing the energy consumption.
3, prolong the life of lamps and lanterns:
The intelligent lighting control system can successfully prolong the life of the lamps by 2-4 times. It not only saves a lot of lamps, but also greatly reduces the workload of replacing lamps. It effectively reduces the operation cost of lighting system, and has special significance for lamps and expensive lamps and lanterns which are difficult to install.
4, improve the management level and reduce the maintenance cost
The intelligent lighting control system converts the open and close lighting of ordinary lighting into intelligent management, and the system will automatically run according to the pre set program. If we need to change, we can control all the lights through a button, greatly reduce the operation and maintenance costs of the railway station, and bring a great return on investment.

★This "general civil design" GB503522005
★ "civil building electrical design standard" JGJ/T 16-92
★This "standard" intelligent building design GB/T50314-2000
★ "intelligent building assessment standard" DG/T08-2001
★This "standard" intelligent construction engineering quality inspection GB50339-2003
★ "intelligent building construction and acceptance of rules" (DG/TJ08-601-2001 J10099-2001)
★By the national building standard design of electrical device standard atlas, construction of electrical installation engineering.

4.1. Company introduction
The research and development, design and manufacture of dedicated HM-IoT lighting control system in intelligent lighting control system, is widely applied to public buildings, residential quarters, office buildings, hotels, stadiums, exhibition centers, subway stations, shopping malls, villas, houses, hospitals and other places. The stability and practicality of its products have been widely praised by the owners in the actual operation. Intelligent lighting management system, Bogor Hong network lighting control system for illuminating the scene combination not only control the light source; and also considering the system economic operation, reliability, practicality and intelligence, all-round for the owners to provide the entire solution for intelligent control system.
4.2. An overview of the system principle
The HM-IoT lighting control system is a two wire intelligent control system, which is mainly used for the control of the lighting system. In addition, it can also interact with other systems such as background music, fire protection, security and other systems. All units of the unit (except power) are embedded with microprocessors and storage units, which are connected to a network by a pair of signal lines (UTP5). Each unit sets the unique unit address and sets its function with the software, and controls the load of each circuit through the output unit. The input unit establishes a correspondence through the group address and the output component. When input is present, the input unit transforms it into digital signal and broadcasts on the system bus, and all output units receive and make judgement to control the output of the corresponding circuit.
The lighting control system is connected to the network by two buses. The bus not only provides a 12 volt DC power supply for each component, but also loads the control signal. The logic correspondence between the control switch and the output circuit is established by system programming.
HM-IoT lighting control system components are modular structure, and have systematic products, system expansion is convenient. At the same time, through special interface and software components, can directly access the computer real-time monitoring, or access to Ethernet for remote real-time monitoring. Therefore, it is more simple and flexible in design.
The HM-IoT lighting control system is distributed control, modular structure and high reliability. Any control modules are built in CPU, each input module (scene switch, multi key switch, infrared sensor) can be directly with the output module (dimmer, relay output) communication (to send instructions to accept instructions to execute instructions), avoid the centralized structure of the central CPU failure caused by paralysis of the entire system.
Integration with the BA system. HM-IoT lighting control system is an open system. It can be easily connected to other systems through special interface software, such as building automation system, access control system, security monitoring system, fire fighting system and so on.
System structure diagram:

5.1 railway station ticket office lighting control
The ticket hall is one of the main lighting control areas of the railway station. In order to keep the comfort of the lighting environment of the ticket hall and satisfy the needs of lighting for each ticket clerk and staff, the intelligent lighting control system is adopted.
The intelligent lighting control system adopts the switch quantity control module and the intelligent control panel, which has the function of lighting, manual or automatic opening.
According to different time and external environment, different lighting effects can be set by software programming. Lighting can be flexibly segmented according to temporary needs, opening and transformation to achieve energy saving. The automatic operation of the public lighting area can be realized by setting the control mode of the clock, so as to facilitate the passengers, managers and staff on duty. Through the intelligent control panel, a variety of lighting effects can be preset and combined into different lighting scenes. When you need to change the lighting scene, just press the button and you can change the lighting scene.
The use of intelligent lighting control system can successfully suppress the impact voltage and surge voltage of the grid, so that lamps and lanterns will not be damaged due to excessive voltage and prolong the life of lamps 2-4 times. The intelligent lighting control system uses soft start and soft turn off technology to avoid the instantaneous increase in the voltage of the power grid, and also protects the power grid system of the whole railway station.


The scene control panel of the railway station is installed in the comprehensive duty room and the comprehensive control room to avoid unnecessary personnel contact and reduce unnecessary misoperation.
Control mode:
Central control: control all lighting circuits in the main control center and control the light switch through the computer operation interface.
Time control: according to the setting of the scene in spring, summer, autumn and winter, automatic opening or closing the loop, and the staff can be changed at any time.
Lamp control: according to the different time period of the ticket selling, using the way of separating lights to distinguish the lighting circuit, realizing 1/3, 2/3, 3/3 illumination control.
Field programmable switch control: by programming, we can confirm that each switch key controlled by single button can control single or multiple loops. At a specific time, manual control can be done by intelligent control panel installed in duty room or control room.
Lighting control of waiting hall in 5.2 railway station
Waiting hall is another important control area of railway station. According to the number of waiting people, we can turn on different numbers of lights to save energy, and at the same time, we can give passengers a good and comfortable feeling.
The intelligent lighting control system adopts the switch quantity control module and the intelligent control panel, which has the function of lighting, manual or automatic opening. According to different time and external environment, different lighting effects can be set by software programming. Lighting can be flexibly segmented according to temporary needs, opening and transformation to achieve energy saving.
The automatic operation of the public lighting area can be realized by setting the control mode of the clock, so as to facilitate the passengers, managers and staff on duty. Through the intelligent control panel, a variety of lighting effects can be preset and combined into different lighting scenes. When you need to change the lighting scene, just press the button and you can change the lighting scene.
The use of intelligent lighting control system can successfully suppress the impact voltage and surge voltage of the grid, so that lamps and lanterns will not be damaged due to excessive voltage and prolong the life of lamps 2-4 times. The intelligent lighting control system uses soft start and soft turn off technology to avoid the instantaneous increase in the voltage of the power grid, and also protects the power grid system of the whole railway station.
The scene control panel of the railway station is installed in the comprehensive duty room and the comprehensive control room to avoid unnecessary personnel contact and reduce unnecessary misoperation.
Control mode:
Central control: control all lighting circuits in the main control center and control the light switch through the computer operation interface.
Time control: according to the setting of the scene in spring, summer, autumn and winter, automatic opening or closing the loop, and the staff can be changed at any time.
Lamp control: according to the different time period of waiting, use the way of separating light to distinguish the lighting circuit, realize 1/3, 2/3, 3/3 illuminance control.
Field programmable switch control: by programming, we can confirm that each switch key controlled by single button can control single or multiple loops. At a specific time, manual control can be done by intelligent control panel installed in duty room or control room.
Lighting control of lane platform of 5.3 railway station
The railway station platform lighting also occupies a main link of the intelligent lighting of the railway station. In order to facilitate the train station, passengers can get off at different time periods, safety, through the installation of infrared induction in orbit, when the train arrived, automatically open the necessary platform lights off on the train left after the crowd is convenient; and automatically closed loop. At the same time, when the train enters the station, for the sake of safety, it can automatically open the alarm signal of the railway station. After a period of time, the alarm can be automatically closed. This also ensures the safety of the passengers, and thus embodies the characteristics of intelligent lighting.
Control mode:
Central control: control all lighting circuits in the main control center and control the light switch through the computer operation interface.
Induction control: when the train arrives at the station, it automatically opens or closes the loop through the infrared radiation sensor installed on both sides of the lane to realize automatic control.
Field programmable switch control: by programming, we can confirm that each switch key controlled by single button can control single or multiple loops. At a specific time, manual control can be done by intelligent control panel installed in duty room or control room.
Floodlight control in 5.4 railway station
The distance between each lighting circuit of the outdoor floodlighting of the railway station is far away, and the power of each circuit is larger. If ordinary lighting is used, it is very troublesome to control and it is difficult to switch on time. You can use intelligent lighting for outdoor lighting using a variety of control methods, such as the 6 p.m. opening station of the city landscape lighting lamps, 11 points off part of the landscape lighting lamps, 12 points after leaving the necessary lighting, the specific time can be adjusted automatically according to the change of the length of the day and night and holidays throughout the year. The control panel can also be controlled by the control panel according to the situation.
Through time management automatic control mode: the module has 365 day clock management function, it can be automatically managed according to the time programmed according to the programmed program, and it is very simple and convenient. In addition, all controlled lamps are controlled by unit time, week and day.
Through the control panel control: each control panel and intelligent control module can store 200 preset scenes, and can be invoked at any time when needed. The control panel is placed in the place of the management of the railway station management, thus avoiding the contact of the passengers of the station and preventing the misoperation.
Control mode:
Central control (control all lighting circuits in the main control center, control the light switch through the computer operation interface)
Timing control (regular, holiday, evening, late night, etc.)
Field programmable switch control (by programming the way to determine the circuit controlled by each switch key, single key can control a single loop, multiple circuits).

The intelligent lighting of Bogor network is composed of system equipment, lighting controller, field device (such as programmable switch, various inductors).
system device
It is installed in the central monitoring center to monitor all the lighting circuits of the whole system, and can effectively analyze and manage all the equipment of the whole lighting control system.
Lighting control system software
The special software of HM-IoT lighting control system has the characteristics of stability, effective management and control system, friendly operation interface, easy to learn and so on. Moreover, it can be compatible with the TCP/IP network, and can also be controlled on the network now.
The main functions of the central monitoring software are as follows: monitoring and controlling the field circuit through the interface software.
The following main functions can be accomplished through the central monitoring software:
Real time monitoring: the status of the lighting system can be displayed on the monitor by graphical simulation. The operator can observe the actual switch state of the lamp on the screen, and control the various circuits by clicking the lamps and lanterns graphics on the screen.
Scene control: a variety of scene patterns can be set on the software menu, and the system is automatically executed when it is used only by clicking on the corresponding mode. The scene pattern can be reduced and modified according to the needs.
Time control: the time control program is compiled according to the season, the time and the change of the illuminance, and the circuit is automatically switched on the program.
Data acquisition: the system can collect all the data of the lighting system regularly, so as to master the use time of the lamps and the automatic recording of the electricity fee.
System security: setting up security password in monitoring software, limiting the permissions of different operators, and performing different operations according to users' requests of different permissions.