EASA(SZ:300215) Zhong Guo Neng Yuan Wang·2025-08-19 22:51Core Viewpoint - The successful commissioning of the 2×1000 MW units at the Hami power plant marks a significant milestone for the "Xinjiang Power Transmission to Chongqing" project, showcasing advanced technology and resilience in extreme conditions [2][15]. Group 1: Project Overview - The Hami power plant is part of China's key "14th Five-Year Plan" for the Xinjiang power transmission project, designed to enhance energy delivery capabilities [3]. - The project is the first fully operational coal-fired power unit in a desert area designated for renewable energy transmission [2]. Group 2: Technical Innovations - The project features several world-first technological innovations, including the asynchronous motor bidirectional control for the turbine feedwater pump, which improves thermal efficiency [6]. - The cooling tower design incorporates a unique steel pipe X-column structure, making it the largest hyperbolic steel structure globally [6]. Group 3: Challenges and Solutions - The project team faced extreme weather conditions, including high winds and low temperatures, which complicated the commissioning process [3][10]. - The team implemented a rigorous troubleshooting protocol, ensuring that issues were resolved within 24 hours, which contributed to the successful operation of the units [10]. Group 4: Team Resilience - The project team demonstrated exceptional commitment and adaptability, working under harsh conditions with limited resources, often facing significant personal discomfort [11][13]. - The team's spirit was inspired by the resilience of local flora, symbolizing their determination to succeed despite challenges [13]. Group 5: Environmental Impact - The newly commissioned units utilize advanced emission control technologies, achieving ultra-low emissions of pollutants, thus supporting cleaner energy transitions [15]. - The project is expected to enhance energy security in Chongqing while facilitating the conversion of Xinjiang's resource advantages into cleaner energy solutions [15].