Semiconductor general lighting market

Reading Volume：【 143 】

Time：【 2023-08-29 】

In the future, semiconductor general lighting market penetration continues to steadily increase, automotive lighting, intelligent lighting, plant lighting, health lighting and other emerging semiconductor lighting market ushered in the rapid development of opportunities, the industry's continued scale expansion will be driven by the demand for silicone encapsulation materials growth.

According to the different fields of application, semiconductor lighting can be divided into general lighting and specialized lighting. Semiconductor general lighting refers to lighting applications for home, office and other non-specific scenes, is the most complete replacement of traditional lighting fixtures in the field.
At present, China's semiconductor general lighting industry has entered a mature period, the market scale is huge, and the growth rate is slowing down. According to the data of National Semiconductor Lighting Engineering R&D and Industry Alliance (CSA), in 2021, driven by the export market, the market size of China's general lighting market will reach 303.4 billion yuan.In the "14th Five-Year Plan" period, under the background of accelerating "carbon peak, carbon neutral" in China, high-efficiency LED lighting is an effective way to promote energy saving and consumption reduction and an important hand, and the luminous efficacy, light quality, life-span enhancement and low-carbon development of general lighting products will bring new impetus to the technological evolution and market expansion. The development of light efficiency, light quality, lifespan improvement and low-carbonization of general lighting products will bring new kinetic energy for technology evolution and market expansion, and put forward higher performance requirements for upstream material industries such as chips and electronic packaging materials, and midstream packaging industries, thus promoting the continuous upgrading of industrial chain technology.Semiconductor special lighting mainly includes automotive lighting, intelligent lighting, plant lighting, health lighting, etc., which belongs to the emerging field of semiconductor lighting, with rapid technological updating, and specific demand for lighting devices such as light effect and spectrum, which in turn puts forward customized demand for the optical performance of electronic packaging materials, and promotes the industry chain to the high-end. Semiconductor special lighting market penetration is in a period of rapid growth, electronic packaging materials in its market explosive growth driven by the market scale is expected to continue to expand.

Vehicle lighting is rich in variety, in addition to headlights, fog lamps, reverse lights and other external lighting, but also includes wall lamps, roof lights and other internal lighting, turn signals, running lights, brake lights and other external signal lights. Compared with traditional automotive lighting sources such as halogen and xenon lamps, semiconductor lighting has performance advantages such as high brightness, high energy efficiency, low light decay and small size. With continuous breakthroughs in light efficiency and cost, the penetration rate of automotive semiconductor lighting light source has entered the fast lane.

In terms of intelligent lighting, the promotion of 5G, Internet of Things (IoT) and artificial intelligence drives the world towards the era of Internet of Everything (IoE), and the lighting industry is also moving towards digitization, intelligence and functional integration.In the future, intelligent lighting products will be integrated in various application scenarios such as "smart city", "smart factory", "smart mine", etc., and the lighting equipment will become an integrated sensor,

Lighting equipment will become an intelligent terminal integrating sensors, controllers, wireless modules and other components, with a broad application prospect.

The investment in indoor planting agriculture is heating up rapidly, and semiconductor plant lighting, as one of the main technology links, has ushered in high-speed development. LED plant lighting can be combined with intelligent planting to effectively shorten the cultivation cycle and improve the planting efficiency by precisely controlling the spectra, wavelengths, light intensity, and light efficiency required by plants at different stages of growth. Plant lighting integrates plant photobiology, lighting technology, light environment control and other aspects, the technical threshold is higher. Influenced by cost factors, LED plant lighting is currently applied to high value-added economic crops. With the plant lighting gradually in pasture planting and plant factories are widely used, the market scale is growing rapidly.

The main application scenarios of health lighting products are classrooms, offices and homes, and the direction of technological development is that the light effect of lighting products is close to that of natural light, so as to control the impact on users' biorhythms and sleep, and provide a healthy lighting environment. In recent years, a number of national standards, such as the Architectural Lighting Design Standard, have been introduced to promote the application of healthy lighting products in classroom, office and home lighting environments, and as society attaches greater importance to healthy lighting, the market space for healthy lighting continues to grow.

Electronic packaging material technology level and product quality have an important impact on the performance and service life of electronic devices, belonging to one of the key materials for the manufacture of electronic components and electrical and electronic appliances, occupying an important position in the electronic materials, with high technical barriers in the industry. International large-scale chemical enterprises such as DuPont of the United States, Shin-Etsu of Japan and Inabata of Japan have been deeply engaged in the electronic packaging materials industry for many years, and have obvious advantages in technology research and development.

In recent years, domestic manufacturers have gradually launched the research and development of import substitution products, and have basically realized import substitution in the field of low-end electronic packaging materials. However, compared with international manufacturers, there is still a certain gap between most domestic manufacturers in terms of product performance, quality stability and richness of product reserves of high-end electronic packaging materials.

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