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With the emergence of the concept of Industry 4.0, the traditional thinking of manufacturing is experiencing an unprecedented impact. The high integration and upgrading of industrialization and informatization will be the main theme of the transformation of future production models. As a LED industry with a huge Lighting market, in the new historical situation, only the path of intelligent LED can go further and further. For the moment, the direction of LED intelligence is mainly divided into two aspects: agricultural intelligence and intelligent optical communication.
When the Internet concept was still in the mainstream of the world, the German academic and industrial circles first proposed the “Industry 4.0 Research Project†at the Hannover Messe in 2013. The core of this concept is the Cyber-Physical Systems. CPS) integrates various digital information, resources, products and people to establish an efficient, fast and flexible information and digital production model for products and services. Once this concept was proposed, it quickly spread from Germany to Europe and began to influence the world.
1. The connotation of intelligent LED lighting
Traditional LEDs appeared as early as 1962. At first, LED products could only emit low-light red light, but now the light that can be emitted has spread all over visible light, infrared light and ultraviolet light. At the same time, the use of LEDs from the initial indicators and displays The board develops into displays, lighting decoration and lighting. In recent years, with the advent of new technologies such as the Internet and cloud computing, people have been dissatisfied with the basic functions and economic benefits of LED lighting with high brightness, low energy consumption, long life and low power, but more The combination of LED and advanced Internet of Things and cloud computing technology, from the perspective of human psychology, physiology and sociology, consider individual comfort, photobiosafety, soft conditions such as improving learning, work and life, and reducing air pollution. The social benefits, that is, the intelligence of LED.
In the context of Industry 4.0, combined with the problem of serious overcapacity in the low-end of traditional LED homogenization in the past decade, our development and demand for LED products can not only stay in the performance of lighting itself, but It is an effort to combine with other industrial technologies in order to obtain LED smart lights with composite functions, thereby diverting the production capacity of the LED industry. So far, there are two main diversion directions, the first one is to break through in the field of agricultural lighting, and the second is to develop into the field of optical communication.
2, LED agriculture intelligent
In agriculture, we know that light is one of the most important environmental factors for plant growth and development, and it has a direct regulation effect on photosynthesis and growth and metabolism of plants. Currently known environmental factors, such as relative humidity, temperature, light intensity and light quality, have a close impact on plant growth and development. Among these factors, light quality directly affects the main growth indicators such as plant growth, side branching, leaf expansion and pigment deposition. The integration of these light qualities is mainly through the continuous intensity of red light, blue light, and the path of the hormonal signal has a profound impact on plants to trigger physiological responses to control the growth and development of plants.
The advantages of using LED as an artificial light source for controlling plant growth are high energy conversion efficiency, use of a DC power source, small product volume, long life, wavelength determination, adjustable light intensity/mass ratio, and low thermal energy output. Some crops have been cultivated under the illumination of LEDs, such as dwellings, peppers, wheat, and spinach. Studies have shown that red light plays an important role in the development of plant photosynthesis, and it can also increase the accumulation of starch on plants. It has also been reported that irradiation of plants with far infrared radiation can improve the antioxidant activity of rice husks. This suggests that specific light radiation can increase the nutrients in the food.
In general, from a long-term perspective, LEDs have a tendency to replace traditional lighting sources. LED-based intelligent lighting system technology can be widely used in biological research of plants or animals; at the same time, this intelligent system can accurately determine the intensity and quality of illumination required for specific plant growth; in addition, intelligent systems can analyze different The growth of plants under light pulse conditions. It is foreseeable that the LED-based agricultural intelligent system will be an important embodiment of the application of “Industry 4.0†in agriculture.
3, LED optical communication intelligent (lifi)
Lifi is considered a new optical device that emerged in the 21st century. The basic idea of ​​designing such a device is that data can be transmitted through the LED lights. However, the amount of data transmitted through LED light energy is still relatively small. Currently, Lifi is known as an optimized version of Wi-Fi, and its advantage is that it can reduce costs by wireless communication.
HaraldHass, a professor at the University of Edinburgh in the United Kingdom, known as the "Father of Li-Fi", believes that the core of Lifi technology lies in the strength and potential of LEDs. He also believes that this technology can change our Internet, video, send and receive mail, and so on. Since social development has a wide range of requirements for data transmission, the application of lifi technology can be extended to areas that are not covered by Wifi technology, such as medical technology, engines and other industries. Since lifi is considered to have the fastest Internet access service, this technology is likely to replace the wifi widely used in research institutes and companies, and people can use lifi technology to expand more special areas.
4 Conclusion
Under the influence of the concept of Industry 4.0, the traditional LED industry must change to the trend of intelligence, and its development direction must be a high degree of integration of industrialization and informationization. The 21st century is called the "century of light", and the photosynthesis of plants is also the foundation of all life. With the high luminous efficiency and low energy consumption of LED artificial lighting system, and taking into account the advantages of information control, LED agriculture will be intelligent. Promote the rapid development of the agricultural and biological industries.
On the other hand, in the optical communication industry, Lifi's concept has begun to attract people's attention, not only because it is more efficient and wider than wireless electromagnetic waves. As more and more people and devices access the wireless network, electromagnetic waves propagating in the air become more and more blocked, making it difficult for people to obtain a continuous high-speed signal. Therefore, the emergence of LED-based lifi technology can overcome many limitations in current wireless networks, thereby providing a safe, efficient, high-speed optical communication environment.
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