• Title/Summary/Keyword: photovoltain

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Induced Production Analysis for Photovoltaic Power Generation Equipment in Korea using Input-Output Table 2009 (산업연관표 2009를 이용한 태양광발전설비산업의 생산유발효과분석)

  • Kim, Yoon-Kyung
    • New & Renewable Energy
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    • v.8 no.1
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    • pp.8-17
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    • 2012
  • The Korean government pushed ahead various policies to disseminate photovoltaic (PV), wind power, small hydro, bio-fuel, etc. Renewable energy system (RES) budget of the Korean government increased from 118 billion won of 2003 to 876.6 billion won of 2010. The R&D budgetary supports for RES increased by 6.8 times in the period 2003-2010. It is necessary to confirm RES budget expenditure that renewable energy promotion policy makes good performance evaluated in quantity level. This paper made Input-Output Table 2009 contains photovoltaic power generation equipment industry as a dependent sector and analyzed induced production effect by demand of photovoltaic power generation equipment industry. From the empirical analysis result, additional demand in photovoltaic power generation equipment induced 1.932 times of induced production in Korea. Each of industry sector has positive induced production from the additional demand in photovoltaic power generation equipment. Renewable energy promotion in photovoltaic power generation is considered together with industry policy as the option to sustain economic growth.

Environmental Assessment and Environment-Friendly Development in Mountainous Area in Constructing Photovoltaic Complex (태양광단지의 산지입지에 따른 환경성평가 및 환경친화적 개발 방안)

  • Ahn, Sewoong;Joo, Hyun Soo;Lee, Hi Sun
    • Journal of Environmental Impact Assessment
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    • v.20 no.2
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    • pp.141-150
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    • 2011
  • The construction of photovoltaic complex in mountainous area is quickly increasing recently so that the environment assessment in constructing photovoltain complex in mountainous area was performed by comparison of $CO_{2{\cdot}}$ reduction and forest damage. The case studies for environmental value assessment, which construct photovoltaic complex in mountainous area, show that the losses of around 5.1billion won arise during 15 years. The government's official target for spreading photovoltaic energy until year 2030 can be satisfied when considering other alternative sites, improvement of technology and the alternative sites of an idle space of a building or a disused site, etc, except an undeveloped mountainous area. The construction of photovoltaic complex in mountainous area can cause the great damage to the environment, especially undeveloped mountainous area such as Baekdudaegan, and this defeat its own purpose of using photovoltaic energy. Therefore, the spread of photovoltaic complex through the additional damage of forest should be sublated.