全球最大105MW 2极高速电机发布 压缩空气储能领域再添新"重器"

Core Viewpoint - The launch of "Shulong 105," a 105MW high-capacity synchronous generator, marks a significant breakthrough in China's energy storage technology, achieving international advanced standards and filling a domestic gap in the compressed air energy storage sector [1][2]. Group 1: Product Overview - "Shulong 105" is developed by China Storage Energy (Beijing) Technology Co., Ltd. and Wolong Electric Nanyang Explosion-proof Group Co., Ltd., featuring complete independent intellectual property rights [2]. - The generator has a single unit capacity of 105 megawatts, more than doubling the capacity of similar compressed air energy storage products [2]. - The comprehensive efficiency of "Shulong 105" reaches 98.8%, with ultra-low vibration below 35μm, which is less than half of the national standard [2]. Group 2: Technological Advancements - "Shulong 105" adopts an integrated design, avoiding the complexities and inefficiencies associated with conventional split designs that require multiple motors [3]. - The product overcomes key technological challenges in the 100MW class generator segment, filling a gap in domestic dual-condition generator products [3]. Group 3: Economic and Environmental Benefits - Compared to multiple conventional motors of the same power, "Shulong 105" saves over 40% in footprint, improves efficiency by 0.4%, and is expected to save approximately 1.8 million yuan in annual electricity costs [3]. - The development of "Shulong 105" is seen as a critical support for the high-quality development of large-scale compressed air energy storage industries [2][3]. Group 4: Strategic Collaboration - A strategic cooperation agreement was signed between China Storage Energy and Wolong Electric Nanyang Explosion-proof to continue developing high-end equipment in the compressed air energy storage field [3]. - The collaboration aims to explore eco-friendly and win-win business models while enhancing the performance and reducing costs of large-scale advanced compressed air energy storage systems [3].