The Research Center of Offshore Wind Power Engineering (RCOWPE) integrates engineering practice and expertise in electrical and computer engineering to analyze and enhance capabilities. Led by President and Chair Professor, Sea-Fue Wang, Former Dean of the College of Engineering, Chair Professor Yu-Chi Sung, serves as the Director and CEO of the center, Distinguished Professor and Dean of the Department of Electronic Engineering, Yu-Hsien Huang, serves as the Deputy CEO, With the assistance of Professor Shih-Hsun Yin and Associate Professor Yuan-Lung Lo from the College of Engineering, and Associate Professor Tzu-chiao Lin from the College of Electrical Engineering and Computer Science, The research team consists primarily of doctoral and master’s level researchers, Focusing on offshore wind power technology issues and committed to developing cross-disciplinary core technologies for Taiwan’s offshore wind power industry, Built on the Offshore Wind Power Technical Guidelines and Site Database from the Bureau of Standards, Metrology, and Inspection, Ministry of Economic Affairs, Aiming to achieve the localization of offshore wind power technology in Taiwan.
The Research Center of Offshore Wind Power Engineering (RCOWPE) integrates the academic energy of Taipei Tech in structural engineering and electrical and electronics engineering realms. The RCOWPE is honored to have Taipei Tech President Sea-Fue Wang as the PI, distinguished Prof. Yu-Chi Sung as the CEO. The RCOWPE is powered by a robust, interdisciplinary research team comprising senior researchers and junior researchers (master’s and Ph.D. students) with expertise in offshore wind power technologies.
Entrusted by the Bureau of Standards, Metrology and Inspection, the Ministry of Economic Affairs, the RCOWPE has undertaken the mission of developing national technical guidelines for site investigation and designs for offshore wind turbines. The RCOWPE is committed to advancing core interdisciplinary technologies in offshore wind power, with a final goal of facilitate Taiwan energy transition.
Core Objectives
Core Objectives
Dedicates research efforts to tackle local technical and forefront issues in offshore wind support structure design.
Actively engages in offshore wind engineering design practices, e.g., developing detailed 3D models of support structures and offering advisory on component design verification checks.
Takes the pivotal role of developing national technical guidelines for site investigation and designs of offshore wind, thus establishing a robust technological and regulatory framework for administrative oversight of Taiwan offshore wind practices.
Dedicates research efforts to tackle local technical and forefront issues in offshore wind support structure design.
Actively engages in offshore wind engineering design practices, e.g., developing detailed 3D models of support structures and offering advisory on component design verification checks.
Takes the pivotal role of developing national technical guidelines for site investigation and designs of offshore wind, thus establishing a robust technological and regulatory framework for administrative oversight of Taiwan offshore wind practices.
Localization of Taiwan Offshore Wind Energy Technology
The purpose of establishing this research center is to achieve the localization of offshore wind power generation technology, implement the benefits of engineer certification, and ensure the structural safety of wind turbines, thereby creating a safe and green energy home.
Localization of Taiwan Offshore Wind Energy Technology
The purpose of establishing this research center is to achieve the localization of offshore wind power generation technology, implement the benefits of engineer certification, and ensure the structural safety of wind turbines, thereby creating a safe and green energy home.
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