Application of intelligent lighting in large intelligent warehouses and advantages of intelligent UFO high bay lights
Introduction
With the advancement of science and technology and the growing demand for intelligent warehousing, large-scale intelligent warehousing projects are also increasing, and the adoption of intelligent warehousing control systems is becoming more and more complex, requiring not only a large number of personnel, but also a large number of control methods. Therefore, intelligent warehousing control systems cannot meet the needs of energy conservation and emission reduction. Intelligent warehousing control system is a control system that integrates multiple control methods. It not only provides a variety of control effects for building lighting, but also provides a wider range of applications for intelligent warehousing systems. In addition, intelligent warehousing control systems also provide a wider range of applications for large intelligent warehousing systems. For example, intelligent warehousing control systems are widely accepted and used, and manufacturers of this product are also increasingly adopting them.
1. Introduction to intelligent lighting system
Intelligent lighting refers to the use of information technology, digitalization, the Internet and other technical means, using computer processing technology, wired and wireless transmission technology, intelligent control technology, etc., to collect, analyze, compare, process and transmit data, and finally combine multiple control methods such as communication control, infrared control, and wireless remote control to achieve intelligent control of lighting equipment. Through intelligent control, changes in brightness, color temperature, and color can be achieved, which can not only achieve the purpose of energy saving, but also play a role in regulating physiology and soothing mood in life or work. In the process of scene design, according to the differences in the use environment, simple, practical, and easy to operate are the premise, and measures are taken according to local conditions to meet the use requirements of different scenes, so as to achieve a comfortable life with efficient work. At the same time, with the improvement of living standards, intelligent lighting has become a new outlet for the development of the lighting industry.
2. Several control methods of intelligent lighting systems
2.1 Manual control
According to usage habits, people are worried that the on-site intelligent switch panel will be affected.
2.2 Mobile control
Set up power detectors indoors or on-site, and automatically switch the lighting equipment in the corresponding area according to the entry and exit of personnel, so as to fully save electricity.
2.3 Time control
Automatically switch lighting equipment according to working hours or pre-set lighting time.
2.4 Lighting control
Turn on and off the lighting according to the lighting conditions of the space, and make full use of natural light.
2.5 Dimming control
The normal situation at night is unmanned low-intensity mode, but the public can also choose scenario modes for the immune zone, such as unmanned low-intensity mode, inspection constant light mode, and maintenance full light mode.
2.6 Centralized management
Set up a backend management machine, and display the regional simulation map on the software platform to grasp the operating status of the lighting equipment, monitor and adjust, and reasonably control the lighting equipment in the corresponding area to avoid waste.
3. Comparison between traditional lighting system and intelligent lighting system
3.1 Problems of using traditional lighting system in large intelligent warehouses
Over-illumination of large intelligent warehouses under sufficient light conditions.
Large intelligent warehouses cannot adjust local lighting according to human participation.
Personnel manually switch on and off multiple lighting boxes, wasting energy and labor.
Lighting fixtures are always on, with short life, difficult to replace, and high maintenance cost.
3.2 Advantages of using intelligent lighting system in large intelligent warehouses
The computer calculates the illumination of the area based on comprehensive analysis of various environmental parameters in the factory.
Through intelligent lighting controllers and single-lamp controllers, the brightness of each lamp can be precisely adjusted in a human-free manner, and the entire control process can be automatically realized without human intervention, further improving scientific management and energy saving.
The on-off of the lamp circuit and the brightness and darkness of the lamp controlled by the intelligent lighting controller and the single-lamp controller affect the service life of the lamp and reduce costs.
By combining multiple adjustment modes, the brightness of each lamp in the factory can be adjusted in real time with the light in the area, improving the environmental comfort, and at the same time, suitable brightness is more convenient for video monitoring.
The operating status of each sensor of each lamp is monitored in real time. For the fault information that appears in it, the computer quickly receives and feedbacks the cause of the fault, effectively reducing the difficulty of troubleshooting for maintenance personnel, improving maintenance efficiency, and reducing maintenance costs.
4. Application prospects of intelligent lighting systems in large-scale intelligent warehouses
4.1 Control transformation plan
According to the large-scale intelligent warehouse market, the transformation design of intelligent lighting should be green and targeted, and the investment cost should also be reasonably controlled, so as to improve the energy saving and perfect management goals.
The intelligent lighting controller in the lighting distribution box should be able to receive signals from light, induction, and motion sensors and feed back information to the background management machine.
A background management system is set up in the nearest control room to process the status information of the intelligent lighting controller and the single lamp controller, and to feed back the supervision according to the calculation results of the lighting intensity. The background management analysis computer system should be able to optimize the lighting plan, control the work area in different time periods, and reasonably manage energy allocation.
The intelligent lighting controller should be able to process the control signal fed back by the background management machine and control the on and off of each lighting circuit and transmit the lamp length information to the single lamp controller via the 24V control line.
The single lamp controller should be able to accurately control the lamp length according to the instructions and feed back the lamp status.
The background management machine should be able to realize the current monitoring function and monitor the loop load current in real time. In addition, the background management machine should be able to display the single lamp fault information at the exact location to facilitate lamp maintenance.
According to the requirements of the owners of different large-scale intelligent warehouses, the control scheme can be appropriately selected. For example, in the large-scale intelligent storage path, the owner requires lamp circuit control and local control. In the actual design, centralized control plus local panel control can be used. If it is also required that the lights go off when people leave, the induction control function will be added accordingly.
4.2 Economic and energy-saving analysis
Reduce lamp loss: The intelligent lighting system can avoid high temperature impact on lamps, reduce the frequency of lamp use, and extend the service life of lamps.
Cost saving: The use of intelligent lighting systems has realized the maintenance function of lamps to a certain extent and determined the fault information of lamps, reducing the workload of manual maintenance and reducing costs.
Reduce labor costs: Compared with traditional control methods, the use of intelligent lighting systems does not require manual control of lamp switches, reducing the necessity of entering large intelligent warehouses. Improve the intelligence of large intelligent warehouses and reduce labor costs.
Energy saving and cost reduction: Traditional control methods, intelligent lighting systems can reduce the number of uses and improve work efficiency according to needs. Intelligent control can reduce operating costs.
Adapt to the large intelligent warehouse market: Large intelligent warehouses are characterized by large space, many shelf equipment, and goods in and out. At first, with the advancement of technology, warehouses had fewer and fewer lighting equipment and more and more complex lighting systems, which brought new difficulties to warehouse construction.
5. Advantages of smart UFO high bay lights in large smart warehouses
Smart UFO high bay lights are a modern, high-efficiency, energy-saving lamp that surpasses large smart warehouses. Its advantages are mainly reflected in the following aspects:
High efficiency and energy saving: Smart UFO high bay lights use high-efficiency LED light sources, which have extremely low energy-saving effects and color rendering, and can significantly reduce energy consumption, saving more than 50% energy compared to traditional high-pressure sodium lamps, metal halide lamps, etc.
Long life: The LED light source life of UFO high bay lights can reach more than 50,000 hours, which greatly extends the service life of lamps, because of the trouble and cost of frequent replacement of lamps.
Intelligent control: Smart UFO high bay lights can be combined with intelligent lighting systems, and automatic dimming, induction control, time control and other functions can be realized through sensors and controllers, which improves the intelligent level of lighting management and further improves energy saving effects.
Superior light quality: The light emitted by UFO high bay lights is more uniform and soft, without flicker or glare, which has a good protective effect on the eyesight health of staff and helps to improve work efficiency.
Low maintenance cost: Due to the long life and stability of LED light source, the maintenance cost of smart UFO high bay light is extremely low
