Design And Research On Green Energy-Efficient Lighting Product

As a breakthrough in the newest technological revolution, the exploration and utilization of green-energy rises the attention around the world. Since the 70’s of last century, developed countries such as Germany, America has already built a comprehensive support line of green energy development because of advantages of their economy and technology. Compared with foreign countries’development of green-energy, the use of green-energy of lighting in China is mainly based on solar and wind energy, but there are still some problems, such as lack of core technology, low excess capacity and so on. Moreover, as the Chinese economic is growing fast, the need of energy for the society is increasing. Nowadays, the relative lack of energy supply has become a major contradiction that restricts the development of China’s economy. And along with the economic development and the improvements of people’s living standard, the electricity use in lighting is in a steadily rising trend, which makes green energy-efficient lighting products very popular.In this theses, based on the analysis on elements of design and modeling characteristics of green energy-efficient lighting product, it sets up a database of the usable green-energy factors for different environments and methods, then build the mapping relationship between the green lighting product’s features and intentional vocabularies.At first, this thesis discusses the background knowledge and the modeling design approach of customer’s intension; then, the current state of the use of green energy-efficient in lighting products is clarified and it also states some existing problem in the area of design performance and form aesthetics. After analyzing the style feature of classic streetlights, this thesis also describes the future trends of industrial street lamps, their features and analyzes these streetlights from model, lighting holder and lighting pole. After that, an investigation is designed to analyze the user experience and user visual psychology. Based on all the content above, a green energy-efficient lighting product is modelled and designed and its prospect and developing trend is also analyzed.