Thinking about the development of solar energy resources in Wulian County, Shandong Province

Zhichao Chen

Article ID: 1552
Vol 4, Issue 1, 2021

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Abstract


In order to cope with the shortage of conventional energy and curb the sustainable development of global warming, it expounds on the natural conditions and national policies for the development of solar energy in Wulian County, and points out that the development and utilization of solar energy resources is an inevitable trend to cope with climate change, introduces the current situation of solar energy utilization in Wulian County, as well as the lack of specific policies and perfect economic subsidy measures, insufficient understanding of the strategic significance of solar energy resources, the fact that resource advantages have not been converted into economic advantages, and the prospects for solar energy utilization, such as solar water heaters. Solar ovens, solar cells, and solar power generation were analyzed, and the development and utilization of solar energy resources were promoted by formulating mandatory policies for the development and utilization of new energy, government incentive subsidies, and formulating development plans. 


Keywords


Solar Energy; Current Situation; Prospects; Countermeasure Suggestions

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References


1. Gao G. Jianhuan quanqiu qihou bianhua de benzhi he zhongguo yingdui celve (Chinese) [The nature of global climate change mitigation and China’s response strategy]. Energy of China 2002; (7): 4–8, 12.

2. Huang T. The strategies research on promoting the development and utilization of solar energy in Shandong Province [Master’s thesis]. Qingdao: Qingdao University; 2009.

3. Shen Y. The spatial distribution of solar energy and the comprehensive potential evaluation of regional exploitation and utilization in China [Master’s thesis]. Lanzhou: Lanzhou University; 2014.

4. Gao F, Sun C, Liu Q. Woguo taiyangneng kaifaliyong de xianzhuang ji ruogan sikao. (Chinese) [The current situation and some thoughts on solar energy development and utilization in China]. Energy Engineering 2000; (5): 8–11.

5. Yang Q. Current status and development of solar thermal conversion in China. Energy Technology 2001; (4): 162–164.

6. Zhuang Y, Jia Z. The status quo and suggestion for solar energy development and utilization in China. Science Technology and Industry 2008; (9): 5–6.

7. Li K, He F. Analysis on mainland China’s solar energy distribution and potential to utilize solar energy as an alternative energy source. Progress in Geography 2010; (9): 1049–1054.

8. Miao R, Li S. Actuality and prospect of solar energy’s application. Applied Energy Technology 2007; (5): 28–33.

9. Zhao Y. Development status and prospect of solar energy application technology. Electric Power 2003; (9): 63–64.

10. Gao F, Sun C, Liu Q. The status and trends of solar energy utilization. World SCI-TECH R & D 2001; (4): 35–39.

11. Lu W. The development trend of solar utilization technology. World SCI-TECH R & D 2007; (2): 95–99.

12. Zhao L, Hu M, Yang Z. Taiyangneng liyongjishu yu fazhan (Chinese) [Solar energy utilization technology and development]. Energy and Environment 2007; (4): 55–57.

13. Zhang S, Guan X, Wang D, et al. Research development of solar thermal utilization and photovoltaic power generation. Chemical Industry and Engineering Progress 2012; (S1): 323–327.

14. Yao W. Taiyangneng liyong yu kechixu fazhan (Chinese) [Solar energy utilization and sustainable development]. Energy of China 2007; (4): 46–47.

15. Yu H. Taiyangneng liyong zongshu ji tigao qi liyonglv de tujing (Chinese) [Review of solar energy utilization and ways to improve its utilization rate]. New Energy Research & Utilization 2004; (3): 34–37.

16. Wei X, Gao L, Gao Y, et al. Chongqing nongcun diqu taiyangneng guangre liyong pingjia (Chinese) [Evaluation of solar photothermal utilization in rural areas of Chongqing]. South China Agriculture 2008; 2(7): 14–16.

17. Liu W. Woguo taiyangneng reshuiqi chanye fazhan xianzhuang ji zhanwang (Chinese) [Development status and prospect of solar water heater industry in China]. Renewable Energy 2002; (4): 4–6.

18. Hu R, Li J. Quanqiu taiyangneng reshuiqi chanye yu jishu fazhan xianzhuang ji qishi (Chinese) [Global solar water heater industry and technology development status and enlightenment]. Solar Energy 2007; (2): 8–11.

19. Liu J, Sun Q. Woguo nongcun diqu taiyangneng reshuiqi yingyong xianzhuang diaocha ji yuce (Chinese) [Investigation and prediction of solar water heater application in rural China]. Keji Zhifu Xiangdao 2013; (24): 244–248.

20. Liang P, Liu S, Sun B, et al. Zhudongshi taiyangnengfang de sheji yu shiyan de yanjiu (Chinese) [Design and experiment research of active solar energy house]. Journal of Henan Agricultural University 2011; (2): 201–203.

21. Wang G, He B, Gu R, et al. Guizhou kaoyan taiyangneng rebeng mijixing kaofang hongkao xiaoguo yanjiu. (Chinese) [Study on the baking effect of flue-cured tobacco solar heat pump intensive baking room in Guizhou province]. Gengzuo yu Zaipei 2010; (1): 10–11.

22. Wang W, Wang K. Taiyangneng fadian jishu jianjie (Chinese) [A Brief Introduction to Solar Power Generation Technology]. Beijing: Machinery Industry Press; 1998. p. 115–137.

23. Zhang B, Yang Y. Status and trend of wind/photovoltaic power development. Electric Power 2006; 39(6): 65–69.

24. Yang J Chen Z. Prospect of photovoltaic in 21st Century. Journal of Shanghai University of Electric Power 2001; 17(4): 23–28.

25. Lin Y. Taiyangneng bingwang fadian jishu gaishu (Chinese) [Overview of solar grid-connected power generation technology]. China Electrical Equipment Industry 2009; (12): 42–45.

26. Li B, Li A. Taiyangneng fadian jishu (Chinese) [Solar energy and thermal power generation technology]. Shanghai: Higher Education Press; 2004: 80–92.

27. Ji X. Taiyangneng refadian jishu (Chinese) [Solar thermal power generation technology]. Yangguang nengyuan; 2005; (4): 2–3.

28. Wu F, Wang X. Characteristics and development of photovoltaic power generation technology. Power & Energy 2011; (1): 74–79.

29. Zhang Z. Youji taiyang dianchi yu suliao taiyang dianchi (Chinese) [Organic solar cells and plastic solar cells]. Beijing: Chemical Industry Press; 2004: 25–28.

30. Yang J. Zang Y. Legislation status and prospect on utilization of solar energy resource in China. Nanjing Journal of Social Sciences 2011; (10): 97–103.

31. Zhang X. Discussions on the urgent need of supportive policy for PV industry. Energy Technology and Economics 2011; 23(12): 14–17.

32. Xiao X, Li D. The application situation and the development trend to BITV. Energy Conservation 2010; 29(2): 12–18.

33. Gao H, He Q. Integrated design of solar energy utility and building. Huazhong Architecture 2007; (1): 70–72.

34. Li T, Zhu T. Taiyangneng liyong yu zhuzhai jianzhu yitihua yanjiu (Chinese) [Research on solar energy utilization and residential building integration research]. Engineering and Construction 2010; (2): 236–238.

35. Li S, He S, Cai Y, et al. The practice of integration application for photovoltaic and architecture. Chinese & Overseas Architecture 2010; (1): 135–137.

36. Guo T, Liu J. Taiyangneng de liyong (Chinese) [The utilization of solar energy]. Beijing: Science and Technology Literature Press; 1987.

37. Wang J. Taiyangneng liyong jishu (Chinese) [Solar energy technology]. Beijing: Jindun Publishing House; 2008.

38. Luo Y, He Z, Wang C. Taiyangneng liyong jishu (Chinese) [Solar energy utilization technology]. Beijing: Chemical Industry Press; 2005.

39. Ai X. Lun woguo fengneng he taiyangneng fadian jishu de fazhan xianzhuang ji weilai fazhan qushi (Chinese) [On the development status and future development trend of wind energy and solar power generation technology in China]. Dianyuan Jishu Yingyong 2012; (10): 134–134.

40. Kong H, Xiong S. Quanqiu guangfu chanye fazhan xianzhuang ji fazhan qushi fenxi (Chinese) [Analysis of the development status and development trend of global photovoltaic Industry]. Solar Energy 2009; (6): 10–12.

41. Duan X. Taiyangneng fazhan qianjing ji yingyong yanjiu (Chinese) [Solar energy development prospect and application research]. Modern Business Trade Industry 2010; 22(20): 283–284.

42. Zheng L. Fengneng, taiyangneng fazhan zhengfengshi (Chinese) [Wind and solar energy develop]. Chuangxin Shidai 2011; (4): 32–33.




DOI: https://doi.org/10.24294/nrcr.v4i1.1552

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