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Ms. Tian Tang
Sustainability Science Program
Kennedy School of Government
79 JFK Street
Cambridge, MA 02138 USA
Office: 502 Rubenstein Building
Tel: (1) 617-496-0739
Group affiliation: Giorgio Ruffolo Doctoral Research Fellow
Tian Tang is a joint Giorgio Ruffolo Doctoral Research Fellow in the Sustainability Science Program and the Energy Technology Innovation Policy project, a joint project of the Science Technology and Public Policy Program and the Environment and Natural Resources Program at the Belfer Center for Science and International Affairs. She is a PhD candidate in Public Administration at Syracuse University. Her research focuses on assessing the impacts of energy policies on the development and deployment of renewable energy technologies in China and US, and analysing how these policies interplay with key actors in the electricity sector – including electric equipment manufacturers, power generators, and transmission and distribution operators – to drive the technological changes. Her dissertation examines what has led to the technological change in wind power industry in China and US from a technological learning perspective. Tian is contributing to collaborative work with the Initiative on Sustainable Energy Development in Chinaled by Professor Henry Lee. She is extending her previous work on China’s wind industry to explore how the inadequacy of transmission grids affect the penetration of wind power in China. Tian is a recipient of the Maxwell Fellowship (2011-2013), AEON Education and Environment Fund Scholarship (2009), and the Outstanding Graduate Awards from Tsinghua University and the City of Beijing (2008). She received a Bachelor of Law and a Bachelor of Economics from Tsinghua University (2008). She holds a Master of Public Management from School of Public Policy and Management in Tsinghua University (2011). Her faculty hosts are Henry Lee and Laura Diaz Anadon.
The impacts of transmission barriers on wind power diffusion in China
This project asks how the inadequacy of transmission grids affects the diffusion of wind power in China.
To achieve sustainable development and reduce carbon emissions in China, increasing the share of wind power in China’s energy mix is a promising solution. With policy support from the Chinese government, China’s wind industry has developed rapidly over the past ten years and China has become the world’s largest generator of wind power in terms of cumulative installed capacity since 2010. However, the biggest challenge for the continuous development of wind power in China is the mismatch between the massive wind capacity expansion and the inadequacy of the power transmission grid. This project investigates this emerging challenge and examines how access to transmission grid and the capacity of transmission grid affects: 1) the actual utilization of the existing wind capacity, measured by the capacity factor of wind farms; and 2) the share of wind power in electricity generation across provinces, which are two important indicators of wind power diffusion in China. This research will be the first empirical research that attempts to quantify these transmission issues that could influence wind generation, and estimate the impact and size of these transmission factors. These results will help policy analysts in the electricity sector get a more accurate estimation about the losses from curtailment of wind generation due to the transmission inadequacy, and inform Chinese government’s policymaking on improving the transmission infrastructure and promoting technologies for wind power integration.