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第五届新结构经济学专题研讨会(冬令营)圆满结束

2019年12月15-18日,北京大学新结构经济学研究院成功举办第五届新结构经济学专题研讨会(冬令营)。新结构经济学冬令营是一年一度的新结构经济学学术思想盛宴,旨在全面展示新结构经济学理论体系,最新学术研究、政策实践和数据库建设的成果,集结海内外的著名经济学家和优秀青年学者共同交流、拓展新结构经济学,深化新结构经济学研究。

冬令营

第十届新结构经济学国际研讨会圆满举办

2023年12月18日至19日,第十届新结构经济学国际研讨会以线上线下相结合的方式在北京大学英杰交流中心圆满举办。本次研讨会由北京大学新结构经济学研究院主办,国内外学者围绕"贸易与知识扩散"、"宏观经济学"、"增长与发展"、"平等和包容性"四个专题进行了广泛深刻的交流讨论。

国际会议

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北大"林班",转眼5年了

在这片"实验田"里,林毅夫用几十年积淀的学识与热情,将文科教育改革和中国经济学创新紧密结合,亲自设计课程、把脉方向、带领一批志在学术、胸怀理想的年轻人向着"道正、术高、业精、实求、事达"的目标迈进。

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地点:1F, Wanzhong Building, Langrun Garden, Peking University
演讲人:Rong Luo

We investigate the impacts of carbon dioxide (CO2) emission regulations in different phases on the coal-fired power generators in China. Using a novel generator-level dataset of coal-fired generators from 2010 to 2018, we employ a structural approach to estimating production functions by capacity type. Our model considers heterogeneity in both the unobserved productivity and returns to scale across generators. We find substantial variation in both dimensions of heterogeneity, and generators with greater capacities are more efficient. Counterfactual analyses show that, compared with the emission restrictions during the sample period, the 2021 nationwide generator-level emission caps could reduce the aggregate coal costs and CO2 emissions by 1.69% and 2.03%, respectively. Furthermore, the new energy structure upgrading plan of replacing coal-fired generation capacity with non-fossil generation capacity can reduce the CO2 emissions by about 14.4%.

地点:1F, Wanzhong Building, Langrun Garden, Peking University
演讲人:Rong Luo

We investigate the impacts of carbon dioxide (CO2) emission regulations in different phases on the coal-fired power generators in China. Using a novel generator-level dataset of coal-fired generators from 2010 to 2018, we employ a structural approach to estimating production functions by capacity type. Our model considers heterogeneity in both the unobserved productivity and returns to scale across generators. We find substantial variation in both dimensions of heterogeneity, and generators with greater capacities are more efficient. Counterfactual analyses show that, compared with the emission restrictions during the sample period, the 2021 nationwide generator-level emission caps could reduce the aggregate coal costs and CO2 emissions by 1.69% and 2.03%, respectively. Furthermore, the new energy structure upgrading plan of replacing coal-fired generation capacity with non-fossil generation capacity can reduce the CO2 emissions by about 14.4%.

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