As technology continues to develop and innovate, smart lighting control systems, as an advanced lighting technology, are being widely applied in modern buildings. Smart lighting control systems, through integrated sensors, smart equipment and internet technology, can achieve intelligent management and control of lighting, greatly increasing its efficiency and comfort。
1. Smart lighting versus traditional advantages
First, smart lighting control systems can achieve precise control over lighting. Traditional lighting systems are usually based on switch and timing controls and are not flexible enough to meet different scenarios and needs. The intelligent lighting control system, through integrated photo-sensors, human sensors and temperate sensors, can detect parameters such as light intensity, human activity and temperature in the surrounding environment in real time. On the basis of these data, the system can intelligently adjust the brightness, colour temperature and colour of lighting to different scenarios and needs. For example, in the case of sufficient light during the day, the system automatically reduces the brightness of lighting and saves energy; while at night or in areas where people are active, the system automatically adjusts the brightness and colour of lighting to provide comfortable lighting。
Second, smart lighting control systems allow for centralized management and monitoring of lighting. Traditional lighting systems often require manual inspections and operations, and there are problems of mismanagement and inefficiency. Smart lighting control systems, on the other hand, allow for centralized management and monitoring of lighting through integrated internet and cloud computing technologies. By connecting to the cloud platform, the system allows for real-time monitoring and control of the status and operation of each lighting device. Administrators can achieve integrated movement and management of lighting throughout the building by remote control of parameters such as switches, brightness and colours for lighting devices on mobile phones or computers. At the same time, the system can collect and analyse electrical and operational data for lighting equipment to provide a basis for energy consumption analysis and energy efficiency optimization. Managers may develop sound lighting strategies and energy consumption management programmes based on data analysis to reduce energy consumption and carbon emissions。
2. Smart lighting characteristics
In addition, smart lighting control systems have individual features that provide more comfortable and easy lighting experience. The system can automatically adjust the brightness, temperature and colour of lighting equipment to individual needs and preferences. For example, in an office, the system can provide a more comfortable working environment by automatically adjusting the brightness and colour temperature of lighting equipment to the staff's working habits and eye fatigue. In conference rooms, the system can automatically adjust the colour and brightness of lighting equipment to the different stages and atmospheres of the meeting, providing the right atmosphere and effect. This improves the efficiency and comfort of staff and enhances the overall quality and image of buildings。
In addition, smart lighting control systems can be linked to other smart devices and systems to achieve more intelligent building management. For example, the system can be linked to the security system by automatically adjusting the brightness and colour of the lighting equipment, providing an appropriate lighting environment and enhancing safety, based on security footage and sensor data. The system can also be linked to the air conditioning system, which automatically adjusts the brightness and color temperature of the lighting equipment to the parameters of indoor temperature and humidity and achieves energy efficiency reduction. In addition, the system can be linked to sound systems, curtain systems, etc., to synchronize changes in music and light and create a more comfortable and romantic atmosphere。
In modern buildings, applications of smart lighting control systems can cover various scenarios and regions. For example, in the office building, the system can automatically adjust the brightness and colour of lighting equipment to the staff's working habits and time patterns and provide a suitable lighting environment. In business centres and shopping malls, the system automatically regulates the brightness and colour of lighting equipment to provide comfortable and attractive lighting. In hotels and conference centres, the system provides personalized and specialized lighting, based on the needs of the guests and the different stages of the meeting, by automatically adjusting the brightness, temperature and colour of the lighting. In residential areas, the system can automatically regulate the brightness and colour of lighting in accordance with the habits and preferences of the population and provide a comfortable and comfortable living environment。
3 practical applications of smart lighting systems in modern buildings
3. 1 applications in different types of buildings
3. 1. 1 applications in hotel buildings
The types of applications for smart lighting systems in hotel buildings are more varied, including indoor smart lighting systems, stage smart lighting systems, multimedia smart lighting systems, etc. In hotel lighting, art lighting accounts for a large proportion, and the selection of a reasonable lighting brightness and light distribution is an important part of lighting design. A wide variety of lighting systems are capable of meeting the hotel's multiple landscape needs and are characterized by good light consistency, high light accuracy, high stability, well-functioning and long operational life. Smart control techniques can be used to detect the operational status of lamps and to light the scene。
3. 1. 2 applications in civilian buildings
Smart lighting systems are widely used in civilian buildings and require the ability to automatically control lighting switches and brightness according to time, lighting use, humanized management of civilian buildings and intelligent lighting, with some energy efficiency. Smart lighting systems in civilian buildings, which typically consist of lighting modules, switches, input modules, human interfaces and smart sensors, can bring better lighting experiences to users while reducing energy consumption。
Relevant studies have shown that smart lighting systems can save more energy consumption for civilian building users and reduce the pressure on electricity supply from the use of peak valleys. It is also possible to achieve long-range smart control of building nightscapes and intelligent management of building nightscapes, with corresponding landscape models based on different scenarios to improve the quality of life of the population while safeguarding the safety and stability of nightscape management of civilian buildings。
3. 1. 3 applications in teaching buildings
Teaching buildings are heavily staffed, with a combination of teaching, living, etc., and energy consumption. The design and management of traditional lighting systems in institutions of higher learning are lagging behind, and the short life expectancy of lamps and the ageing of circuits are common features. In order to alleviate energy shortages, improve the energy deficit and improve the lighting efficiency of classrooms in institutions of higher education, combining smart technology is the right choice for the current industry. The application of smart lighting systems in higher education classrooms can regulate the intensity and colour of light through smart technology, reduce the visual irritation of students by negative light and protect their vision from influence. Smart lighting systems are able to determine the light situation in the classroom and outside, regulate the brightness of lighting lamps through the handling of signals by controllers and reduce energy consumption while ensuring a good learning environment for students. Smart lighting systems are also an important component of intelligent teaching and can be linked to other control systems and form a high-covered, widely distributed network of intelligence。
3. 1. 4 applications in subway stations
Smart lighting systems are also being applied to subway stations, which not only improve the intelligence of stations and their management efficiency, but also reduce associated energy consumption and the operation and maintenance costs of lighting systems. The metro stations can be divided into functionally different functional areas, such as public areas, entry and exit areas and equipment areas, and different space environments have different lighting needs, which can only be met by applying smart lighting systems。
3. 2 applications in building emergency lighting
For emergency lighting using smart lighting systems, care is taken to locate fire locations and impact areas accurately through smart lighting systems in order to quickly determine the direction of evacuation flight. After obtaining accurate location information, fire rescue workers need reasonably designed rescue programmes to organize relief to reduce disaster losses。
In the aftermath of a fire, smoke affects the normal sight of a person, ordinary lighting sources are not sufficiently permeable to act as guidance instructions, while emergency-specific lighting sources are highly permeable and can perform a better indicator function under smoke interference, together with voice command co-operation, and can perform good guidance. The affected person is required to make an accurate judgement based on the evacuation light source instructions and voice tips. Following the start of fire alarms, the voice alert system alerts persons in distress to leave facilities such as elevators and escalators as soon as possible, as fire spray facilities are activated and non-fire-fighting power is automatically cut off, leaving facilities such as elevators will be trapped or cause secondary hazards such as electrocution. Emergency lighting power is generally divided into self-carrying batteries and centralized electricity. While self-carrying battery power is used on a daily basis, the installed circuits of centralized power supply are more complex and costly to install, and the choice of type of power is based on actual conditions。
4. Applications
System function:
Switch control. Switch control of access routes, corridors, public areas, stairwells, conference rooms to match light with single light circuits, areas, floors, etc., to monitor the state of the switch on the controlled circuit。
2. Lighting control: to meet regional lighting and brightness requirements, to support monitoring of light or brightness at corridors, corridors, public areas, stairwells, conference rooms, etc., and to automatically/manually adjust the number and brightness of light, as required, to make full use of natural light sources, meet energy savings and create a comfortable working environment。
3. Site control: supports different scenario models, sets the scenes according to the functional needs of the different regions, completes the control combination of associated lighting lamps, and meets the needs for aestheticization of the work environment and improved comfort。
Light circuit circuit monitoring: real-time monitoring of running currents, switches, and automatic analysis of failure and early warning of circuits。
5. Divisions, master control: support operations managers in monitoring the lighting of the regions, floors and buildings in real time, as required, and control of the sectors, floors and sub-buildings, as required。
6. Real-time alarm: failure alarms occur when modules are offline, gateway devices are offline or when state feedback and control orders are not consistent, and failure alerts are recorded and displayed in interfaces with hints of malfunction time, module location, failure description。
7. Historical record search: a search for a record of events within an arbitrary period of time supports a search for historical events by “the latest seven days” of the day。
5. Live pictures
6. Product selection
Conclusions
In conclusion, the application of smart lighting control systems in modern buildings is of great importance. It can achieve accurate lighting control, improve lighting efficiency and comfort; centralize the management and monitoring of lighting, improve management and energy efficiency; provide humanized and personalized lighting experiences and improve the quality of residence and work; and connect with other smart equipment and systems to achieve more intelligent building management
Akori seo-ho, jiangsu ankori electrical manufacturing co. Ltd., 18706168062
