Wenying Chen* Global Climate Change Institute / Energy Science Building / plant Coal / Tsinghua University / Greenhouse Gas Abatement Strategy / Central PV power plant Wind / Energy Research Institute of National Development / / /
IndustryTerm
energy demand / energy import/ export / transportation / annual electricity output / energy substitution possibility / industry electricity / energy conservation technologies / projected energy service demands / nuclear and other new and renewable energy / end-use technologies / natural gas / energy development strategy / energy substitution / energy conversion technologies / nuclear energy / cycle gas turbine / energy prices / oil / energy aggregate / user-specified energy service demands / greenhouse gas coverage / energy inputs / nal energy consumption / autonomous energy efficiency improvements factor / electricity output / energy consumption falling / energy / energy service demand / energy costs / nal energy / energy intensity / conversion technologies / electricity / renewable energy power generation / energy consumption / energy service / energy efficiency improvement / mitigation technology mixes / crude oil / non-electric energy carriers / energy processes / refined oil / energy service demands / energy resource mining / integrated energy-environment-economy model / technology tch / coaldominant energy resource characteristic / energy sector / electricity production / energy system / industrial products / energy intensive products / energy service demand projection approaches / energy activities / windows-based software / technology change / energy services / energy development / /
Organization
Institut d’Economie / MIT / Asian Development Bank / Energy Research Institute of National Development / Tsinghua University / Beijing / Australian Bureau of Agricultural and Resource Economics / Chinese government / / /
ARTICLE IN PRESS Energy Policy–896 The costs of mitigating carbon emissions in China: findings from China MARKAL-MACRO modeling