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Assessing Taiwan's energy security under climate changeTI Assessing Taiwan's energy security under climate change

机译:评估气候变化下的台湾能源安全TI评估气候变化下的台湾能源安全

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This paper intends to assess Taiwan's energy security situation under current and future development of global environment. We construct a static computable general equilibrium model for Taiwan to fulfill our purpose. The model is benchmarked in 2006 and includes detailed specification of power generation technology and renewable energy producing sectors. It also distinguishes sources of imported energy to reflect Taiwan's current policy of diversifying sources of supply for energy. Simulations using the model have been focused on both changes in energy price and quantity of energy supply under specific specifications of the development of renewable energy technologies and CO2 emission reduction requirements. Our simulation results demonstrate that energy security and climate change mitigation interact each other, and under a specific emission reduction target, the effect of exogenous energy shocks on the economy will be partially absorbed by the internal adjustment mechanism of the economy.
机译:本文旨在评估当前和未来全球环境发展下的台湾能源安全状况。我们为台湾构建了一个静态可计算的一般均衡模型,以实现我们的目标。该模型以2006年为基准,包括发电技术和可再生能源生产行业的详细规范。它还区分了进口能源,以反映台湾当前的多样化能源供应政策。使用该模型进行的模拟着重于可再生能源技术发展的特定规范和二氧化碳减排要求下的能源价格和能源供应量的变化。我们的模拟结果表明,能源安全与缓解气候变化相互影响,并且在特定的减排目标下,外源能源冲击对经济的影响将被经济内部的调整机制部分吸收。

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