On April 20th, at the 2010 Shanghai International New Light Source & New Energy Lighting Forum, Zhang Guo, a professor from Delft University of Technology in the Netherlands, gave a wonderful speech on the development of the semiconductor lighting industry and technology. In his report, he pointed out that due to the increasing demands of various societies today and the rapid development of semiconductor lighting and system related technologies, lighting is undergoing a fundamental transformation: on the one hand, the global lighting industry has faced many enormous challenges, such as Rapid development of semiconductor lighting technology, lighting requirements for new applications, and innovative business models; on the other hand, lighting revolution has created a new atmosphere for lighting innovation and creativity and the establishment of new business models. It has had a profound impact on the interpretation and understanding of traditional lighting, and it has had a profound impact on the creation of unlimited business opportunities.
Based on the current development of the semiconductor industry and technology and the outlook for the future, semiconductor lighting technology is undergoing five major development trends.
First of all, one of the challenges in terms of technical results and rapid market acceptance of semiconductor lighting products is to achieve high efficiency, continuous cost reduction, shape design, retrofit technology and product development to meet the needs of traditional lighting. .
Second, more lighting concepts based on traditional lighting should be the creation of new functional lighting and intelligent lighting designed to create high-value lighting systems and lighting solutions.
Third, lighting applications will drive the formation of system solutions. In order to develop a system lighting solution, in addition to considering the light source factor, it is also necessary to consider the interactive functional modules, human factors and environmental factors between the light source and the system. Therefore, the concept of systems and solutions driven by lighting applications is particularly important.
Fourth, the innovation of the shape design of the luminaire. The design of the luminaire shape is not limited to the design of traditional lighting fixtures or lamps, but more to meet the needs of lighting. Therefore, the shape and luminaire design of the luminaire should be tailored to the specific environment and objectives. This lighting design trend not only makes the lighting design more flexible, but also the design concept for traditional lighting and new lighting applications.
Fifth, promote green sustainable lighting solutions. Considering the increasing awareness of energy, the current demand for materials, and environmental protection, one of the main components of the semiconductor lighting industry is the development of energy-efficient and green-sustainable lighting solutions.
Based on the analysis of the above five major lighting trends, in the new lighting technology blueprint, we believe that the intelligent lighting system will be able to basically conform to the technical layer and application layer related to the internal system design. On the technical level, system integration plays a very important role. According to different lighting technologies and materials, performance indicators can be achieved by integrating various functional elements. Moreover, this performance index will also take into account the product. Factors such as cost, system form factor and reliability. At the application level, the decisive factor will be the characteristics of the product and the needs of the application area of ​​interest. The new lighting technology blueprint focuses on system integration and is designed to be compatible with lighting design and new lighting design concepts above traditional lighting. Therefore, the ultimate goal of the new lighting technology blueprint is to create high-value and high-volume lighting systems and lighting solutions, and not only for today's general lighting applications, but also for future new lighting applications.
In summary, the future of lighting depends not only on the feasibility of the required technology, lighting design and associated technical capabilities, but also on the prospects of new industries, development strategies and the value of the entire lighting solution. The chain tends to be perfect for business models to meet specific market segments and lighting applications.
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