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Track Ⅵ

Key Technologies for Intelligent All-Electric Ships in Coastal and Inland Waters   (Submission Deadline: May 30, 2026)
近海内河智能全电船关键技术

 

Chair: Co-chair:

Wanneng Yu
Jimei University, China

Yao Chen

Jimei University, China

 

 

Keywords:

 

  • Multi-Energy Networking (多能源组网)
  • Marine Electric Propulsion (船舶电力推进)
  • Marine Lithium Battery Technology (船舶锂电池技术)
  • Intelligent Perception (智能感知)
  • Digital Twin (数字孪生)
 
Topics:
  • Advanced Electric Propulsion Devices for Intelligent Ships (智能船舶先进电力推进装置)
  • Multi-Energy Shipboard Microgrid Systems (多能源船舶微网系统)
  • Power Coordination and Energy Management for Electric Ship Propulsion Systems (电动船舶推进系统功率协调与能量管理)
  • Intelligent Detection and Operation & Maintenance for Marine Lithium Battery Packs (船用锂电池组智能检测及运维)
  • Condition Perception and Digital Twin for Intelligent Ships (智能船舶状态感知及数字孪生)
  • Path Planning and Automatic Collision Avoidance for Coastal and Inland Vessels (近海内河船舶路径规划与自动避碰)
  • Fault Analysis and Diagnosis of Power Equipment in Intelligent All-Electric Ships (智能全电船电力设备故障分析与诊断)
  • Intellectualization and Protection of Marine Electrical Apparatus (船舶电器智能化与保护)
 
Summary:
Intelligent ships represent an inevitable trend in the development of shipbuilding and shipping industries. The "full electrification plus intelligentization" of coastal and inland vessels has become a core direction in the green transportation revolution. All-electric ships, leveraging advantages such as zero emissions, low noise, and high energy efficiency, demonstrate significant potential in scenarios including port collection and distribution, inland river tourism, and short-haul cargo transport. However, the large-scale application of all-electric ships still faces critical bottlenecks, including insufficient cruising range, limited reliability of intelligent perception and autonomous control, and concerns over lifespan and safety under complex and extreme conditions. This special topic focuses on key technologies for intelligent all-electric ships, such as energy utilization through multi-energy networking, matching and control of electric propulsion, high-precision intelligent perception, and digital twins. It aims to promote collaborative innovation in the fields of transportation electrification, specifically in marine power systems, intelligent control, energy utilization, and system safety, thereby contributing to the zero-carbon and intelligent development of China's coastal and inland waterway shipping.
 
智能船舶是船舶制造与航运产业发展的必然趋势,近海与内河船舶的“全电化+智能化”已成为绿色交通革命的核心方向。全电船凭借零排放、低噪声和高能效优势,在港口集疏运、内河旅游及短途货运等场景中展现出巨大潜力。然而,全电船大规模应用仍面临续航能力不足、智能感知与自主控制可靠性不强、复杂极端条件下寿命与安全性不高等瓶颈。本专题聚焦智能全电船多能源组网能量利用、电力推进匹配调控、高精度智能感知、数字孪生等关键技术,推动交通电气化领域在船舶动力、智能控制、能源利用和系统安全等方向的协同创新,助力我国近海内河航运零碳化与智能化发展。