【摘 要】
：
According to Chinas Intended Nationally Determined Contribution(INDC)in the United Nations Framework Convention on climate change,Chinese government have announced its emission-reduction target that C
【机 构】
：
Urban Construction and Environmental Engineering,Chongqing University,Chongqing 400045,China;Joint I
【出 处】
：
中国环境科学学会室内环境与健康分会第八届学术年会( IEHB 2017)
论文部分内容阅读
According to Chinas Intended Nationally Determined Contribution(INDC)in the United Nations Framework Convention on climate change,Chinese government have announced its emission-reduction target that C02 emissions per unit of GDP would be reduced by 60-65%in 2030 compared with the 2005 level.In order to these targets,some effective carbon emission reduction measures should be implemented.As one of the most cost-effective means of emission reduction,carbon tax has attracted considerable attention from economists and international organizations and has led to a lot of related research.This study applies a two-region dynamic Computable General Equilibrium(CGE)model to simulate the effects of different carbon taxes scenarios on the energy consumption and carbon emissions inChongqing from 2016 t0 2030.The scenario setting include a Business-As-Usual(BaU)scenario and carbon tax scenarios.The main results show that when carbon tax is implemented in Chongqing,it is helpful to decrease carbon emissions,carbon intensity as well as energy consumption in 2030,while it will have a mild negative impact on the economy.The study provide a quantitative,city-specific analysis about the impacts of different carbon taxes on carbon emissions and energy consumption,which are used to support the promotion and formulation of carbon tax policy in Chongqing.
其他文献
In order to improve the urban residential indoor environment of hot summer and cold winter zone in China,field test is essential to better understand the actual situation in those specific cities.In t
Sustainable thinking has been gaining more and more space in society,making it extremely valuable for todays professionals.In the field of architecture,one of the most prominent materials in the "gree
Cabin thermal comfort is predominantly impacted by the interior car cabin temperature.This study aims to investigate the impact of orientation of air vents on the private car cabin temperature when co
Energy availability in Egypt is one of the major problems that confront the government.Energy consumption in residential buildings is considered to be the biggest section that consumes electric energy
he Reynolds-Averaged Navier-Stokes(RANS)model and revised generalized drift flux model were utilized to investigate the characteristics of airflow fields and PM2.5 dispersion in street canyons with di
To reach the thermal comfort required in addition to the safety environment and conditions for the travelers.We must study many researches to reach the best thermal comfort case to can avoid any possi
The temperature of inhaled air is of great significance to the design of air conditioning air supply parameters in the respiratory zone.This study was conducted in natural environment as well as air c
In view of the large industrial waste heat recovery project currently in use,this paper takes the district heating project as an example to introduce the system and energy-saving research.which is use
It is well known that the building sector plays an essential role in Chinas total energy consumption and promoting green building could be one solution to reduce the energy consumption and overall emi
Hot summer and cold winter climate zone is the non-central heating area in China,but the indoor thermal comfort is poor in winter.The residents in this region have their own adaptive comfort behaviors