http://chineseinput.net/에서 pinyin(병음)방식으로 중국어를 변환할 수 있습니다.
변환된 중국어를 복사하여 사용하시면 됩니다.
신재생에너지 공급의무화제도 시행에 따른 서울형 햇빛발전지원제도 도입방안 연구
김운수(Woonsoo Kim),김정아(Jeongah Kim) 서울연구원 2012 서울연구원 정책과제연구보고서 Vol.- No.-
It is no surprise that all developed countries and many developing ones around the world are in a fiercer green race for responding climate change issues and achieving promised low-carbon societies. The Korean government has met the strong needs for “low carbon, green growth” to cope with global climate changes, and is introducing the various policies for accelerating renewable energy generation systems. Seoul city had already prepared the grand vision for both climate protection and renewable energy generation initiative in 2030, thereby serving Seoul in implementing effective and practical actions in order to achieve its emission reduction and renewable energy production goals by 2030. In addition, Seoul city has recently announced the new movement to sustainable energy planning, “world-leading climate and environment capital city, Seoul”, including strategies of production of renewable energy, energy efficiency, citizen participation, and capacity building. These are expressed in forms of 10 core projects, resulting in energy savings and production effects equivalent to electricity generation of 1 nuclear power plant. Considering many local governments around the world, from the viewpoints of self-supporting energy system, have made it a policy priority to generate renewable energy, it’s more or less imperative for Seoul to follow such streams. Based on the current mandatory implementation of RPS system since 2012 year, the purpose of this study is given to possible introduction of Seoul-typed FIT system, as a subsidiary policy tool, thereby bringing a host of benefits to Seoul city’s renewable energy generation plan. Thus, Switching to cleaner energy sources, such as solar photovoltaic system of roof-top, might contribute to a better renewable energy production, and at the same time relieve Seoul’s dependence on fossil fuel-based energy. For possible introduction of Seoul-typed FIT with co-existence of RPS system, this study points out the comparative concluding remarks for solar photovoltaic in Seoul as follows:①subsidy to installation of solar photovoltaic system, ②additional support in proportion to amounts of traded REC, ③maintenance cost supporting of solar light equipment, and ④financial support with cheap capital. With the mandatory implementation of RPS policy, more preferred way might be the additional support in proportion to amounts of traded REC with co-existence of both RPS and Seoul-typed FIT system.