AbstractBased on the concept of DSM and the requirements of the demonstration project, the DSM model of green lighting was studied, carrying out the cost-benefit analysis. Combining the characteristics of the demonstration area, first of all, the cost-benefit of different interest subjects was analyzed. Secondly, the association rules algorithm was analyzed in detail, and the cost-benefit was analyzed by the association rules algorithm. Finally, the sensitivity analysis of the key factors, affecting the cost and benefit of each interest subject, was done by using the algorithm. And it is concluded that the user subsidy rate and consumer electricity price are the key factors that affect the userТs willingness to use green lighting technology and power grid enterprises to implement DSM measures.
References1. Qin X C., Shao S G., Shen Y. Application of Green Lighting Technology in Highway ServiceЦA Case Study of Mt. Lushan West Sea Tourism Highway Service. Applied Mechanics and Materials. Trans Tech Publications, 2014. V548, pp.1815Ц1819. 2. Qin X, Wei Q, Wang L, et al. Solar lighting technologies for highway green rest areas in China: energy saving economic and environmental evaluation. International Journal of Photoenergy, 2015. 3. Eliashberg J, Hui S K, Zhang Z J. From story line to box office: A new approach for green-lighting movie scripts. Management Science, 2007. V53, #6, pp.881Ц893. 4. Sheu J K, Chang S J, Kuo C H, et al. White-light emission from near UV InGaN-GaN LED chip precoated with blue/green/red phosphors. IEEE Photonics Technology Letters, 2003. V15, #1, pp.18Ц20. 5. Wang F C, Tang C W, Huang B J. Multivariable robust control for a redЦgreenЦblue LED lighting system. IEEE transactions on Power Electronics, 2010. V25, #2, pp.417Ц428. 6. Ahn B L, Jang C Y, Leigh S B, et al. Effect of LED lighting on the cooling and heating loads in office buildings. Applied Energy, 2014. V113, pp.1484Ц1489. Fig.3. Relationship of net benefit and user subsidy rate under fixed price Fig.4. Relationship of net benefit and tariff under fixed subsidy rate consumer 7. Lu S M, Huang M Y, Su P T, et al. Development strategy of green energy industry for Taipei Ц A modern medium-sized city. Energy policy, 2013. V62, pp.484Ц492. 8. Setlur A. Phosphors for LED-based solid-state lighting. The Electrochemical Society Interface, 2009. V16, #4, p.32. 9. Steigerwald D A, Bhat J C, Collins D, et al. Illumination with solid state lighting technology. IEEE journal of selected topics in quantum electronics, 2002. V8, #2, pp.310Ц320. 10. Sibley M, Sibley M. Hybrid green technologies for retrofitting heritage buildings in North African medinas: Combining vernacular and high-tech solutions for an innovative solar powered lighting system for hammam buildings. Energy Procedia, 2013. V42, pp.718Ц725.