10月1日，广西北海铁山港区，海风吹拂，碧空如洗，明黄的半潜式平台静泊在岸边，超大容量风力发 电机组矗立其上，随着最后一支叶片与轮毂精准对接，全球首台16兆瓦漂浮式风电机组——"三峡领航 号"完成一体化组装，并将启程奔赴离岸70公里、50多米水深的位点目的地。 10月1日，广西北海铁山港区，海风吹拂，碧空如洗。明黄的半潜式平台静泊在岸边，超大容量风力发 电机组矗立其上。随着最后一支叶片与轮毂精准对接，全球首台16兆瓦漂浮式风电机组——"三峡领航 号"完成一体化组装，并将启程奔赴离岸70公里、50多米水深的位点目的地。 "三峡领航号"是中国海上风电向深远海迈进的关键项目之一。其核心设备——风力发电机组，年发电量 约4465万千瓦时；其核心基础——半潜式平台，能抵抗17级台风；其设计建造历程，依靠协同攻关，打 通了海上风电产业链全链条。 在极端环境下寻求动态平衡 "我们面临施工窗口期紧张、成本管控压力大、台风防御难度高等五大核心挑战。"三峡集团广东分公司 生产管理部副主任向君介绍。 从理念提出到雏形初现，历经10次方案迭代、5次浮体结构造型更新、数十项核心参数修正，研发团队 在摸索中，将一体化漂浮式风电机组仿真成 ...

10月1日，广西北海铁山港区，海风吹拂，碧空如洗。明黄的半潜式平台静泊在岸边，超大容量风力发 电机组矗立其上。随着最后一支叶片与轮毂精准对接，全球首台16兆瓦漂浮式风电机组——"三峡领航 号"完成一体化组装，并将启程奔赴离岸70公里、50多米水深的位点目的地。 "三峡领航号"是中国海上风电向深远海迈进的关键项目之一。其核心设备——风力发电机组，年发电量 约4465万千瓦时；其核心基础——半潜式平台，能抵抗17级台风；其设计建造历程，依靠协同攻关，打 通了海上风电产业链全链条。 在极端环境下寻求动态平衡 在近海，风机主要靠坚固的桩基"站稳"，抵抗风浪流。而在深远海，风速可达73米每秒，浪高超过20 米，传统固定式基础难以适应。为此，"三峡领航号"研发团队提出"韧性"理念——不追求绝对稳定，而 是在极端环境下寻求动态平衡。 "我们把风机、浮体、系泊系统看作一个整体，既要考虑整体受到外部环境的作用，又要考虑彼此之间 运动和力学的影响。"三峡上海院总工程师林毅峰说，这正是一体化设计的初衷。 为了验证理论，研发团队将狂暴的南海风浪"搬"进实验室。巨大的水池中，缩小近60倍的风机与浮体在 模拟风洞下摆动，传感器实时监测平 ...

Core Viewpoint - The integrated electric drive system is a compact and efficient power output unit that combines key components such as motors, gearboxes, and controllers, leading to enhanced vehicle performance and reduced costs [1][2]. Market Overview - The sales revenue of China's integrated electric drive system market is projected to reach 67.232 billion in 2024 and is expected to grow to 163.074 billion by 2031, with a compound annual growth rate (CAGR) of 12.39% from 2025 to 2031 [2]. - The market is primarily driven by the rapid increase in the penetration rate of new energy vehicles and the urgent demand from automakers for integrated and lightweight electric drive systems [2]. Product Types and Market Share - The integrated electric drive system mainly consists of three-in-one and multi-in-one systems, with the three-in-one system (motor + controller + gearbox) currently dominating the market, holding over 72% market share [3]. - Multi-in-one systems, which include integrated thermal management and power modules, are becoming the main direction for technological upgrades, with an expected CAGR of over 19% from 2025 to 2031 [3]. Application Areas - The primary application area for integrated electric drive systems is pure electric vehicles (BEVs), which are expected to account for 72.99% of revenue share in 2024 [4]. - The plug-in hybrid electric vehicle (PHEV) market is also experiencing significant growth, with a 45% year-on-year increase in vehicle sales in 2024, driving demand for compact and highly compatible electric drive systems [4]. Competitive Landscape - The market is characterized by a concentration of leading players, with BYD, Tesla, Huawei, United Automotive Electronics, and NIO Drive Technology collectively holding over 67% of the market share in 2024 [4]. - Huawei is rapidly gaining market share through its HI model in collaboration with automakers like Changan and Seres, while second-tier manufacturers face challenges in technology and capacity [4][6]. Industry Drivers - The growth of the electric and hybrid vehicle market is a significant driver for integrated electric drive systems, providing more efficient driving solutions and extending battery range [8]. - Government policies supporting the new energy vehicle industry, including strategic planning, financial subsidies, and tax reductions, have also played a crucial role in the industry's development [8]. Technological Advancements - Breakthroughs in technology, such as the 800V high-voltage platform, SiC control modules, and non-rare earth motors, have significantly improved drive efficiency (over 90%) and reduced costs (material costs down by 30%) [9]. - Multi-in-one integrated designs are further enhancing the competitiveness of vehicles in terms of range and cost-effectiveness [9]. Challenges - The integration of multiple components in the electric drive system presents technical challenges, including the need for coordination and stability among different parts [11]. - Supply chain risks, such as dependency on multiple suppliers, can complicate management and lead to production disruptions if issues arise [12]. - Fluctuations in downstream demand can impact the electric drive system's market, requiring suppliers to maintain flexibility and rapid response capabilities [13].