The study of Smart Grid deployment and development potential in Taiwan

• Main Authors: Chien,Ming-Lian, 簡民濂
• Other Authors: Chang,Ssu-li
• Format: Others
• Language: zh-TW
• Published: 2013
• Online Access: http://ndltd.ncl.edu.tw/handle/99312617356269232858

碩士 === 國立臺北大學 === 自然資源與環境管理研究所在職專班 === 101 === The study of Smart Grid deployment and development potential in Taiwan Abstract Recently, frequent natural disasters have caused a serious threat to losses in human lives and properties. Most people have recognized that Global warming was caused by the greenhouse gases emission and thereby causing the global climate change. We must not only to face the extreme weather problem by passively adopting adaptation measures but also have to actively reduce greenhouse gas emissions for eliminating the soared pressure of the rising of the Earth's surface temperature. It is expected to reduce fossil fuel use by the development of substituting clean energy like solar photovoltaic (PV), wind power, etc. However, the intermittent traits in the output from solar PV and wind farm resulting from natural environment changes must to be solved by using the immediate capacity dispatch to improve the unit power generation efficiency. The instant two-way communication function of Smart Grid may be the best tool to enhance the efficiency of power generation units as well as to reduce wire heat losses. Smart Grid system is an integration of electronics, computers, monitors and emerging communications technologies. Thus by leveraging the foreign experiences, so-called "Stones from other hills may serve to polish wrong", the investment risk due to improper deployment strategies can be avoided. The policy should take advantage of the strengths of our electronic technology industry which constitute the core of Smart Grid system, to inspire the advance economic development. The study uses the SWOT analysis to evaluate the opportunities and threats of the smart grid development in Taiwan, and also the strengths and weaknesses of our ICT industry, thereby formulates a practical development strategy. Keyword：Smart Grid、intermittent renewable resources、two-way communication