Technological Innovation and LED Lighting Industry Development in China

Author:

WANG Lijun1,YU Yongbo1,XIE Jialong2

Affiliation:

1. Hubei University of Technology of China

2. South ­Central University for Nationalities

Abstract

Current lighting industry faces a new situation, and that is rapid progress of technology in the world, rise of emerging applications, acceleration of market penetration and adjustment of competition pattern. The concentration of China’s industries has been further improved. Leading enterprises have accelerated their expansion, and overseas market expansion has accelerated. Integrating mergers and acquisitions becomes the mainstream. The study combed present development situation and current problems of China’s LED lighting industry. A case was chose to analyze technological innovation’s effect on development of LED lighting industry, and the suggestions for further developing China’s LED lighting industry were put forward. Results show that the key technology of lighting industry makes a significant breakthrough in China and optimizes product structure.

Publisher

Redakcia Zhurnala Svetotekhnika LLC

Subject

General Medicine

Reference10 articles.

1. Bardsley, N., Bland, S., Hansen, M., et al. Solid-state lighting R&D plan. US Department of Energy, 2015. V20, #2, pp.19–27.

2. Maruska, H. P., Tietjen, J.J. The preparation and properties of vapour-deposited single-crystal-line Ga N. Applied Physics Letters, 1969. V15, #10, pp.327–329.

3. National Development and Reform Commission. The 13th five­year plan for semiconductor lighting industry. Beijing: National Development and Reform Commission, 2017.

4. National Semiconductor Lighting Engineering R&D and Industrial Alliance. 2017 LED industry quarterly analysis report. Beijing: National Semiconductor Lighting Engineering Research and Development and Industrial Alliance Industry Research Institute, 2017.

5. Fei, G., Bingsong, Z. Review on the development and implementation of China’s green lighting project. Journal of Lighting Engineering, 2016. V27, #4, pp.1–7.

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