邊緣運算減少了數據傳輸到雲端的延遲，特別適用於需要快速反應的場景。將數據處理移至靠近數據生成位置的邊緣運算裝置，例如無人機上的嵌入式系統可以在追蹤或災害救援中，實現即時分析與決策。
The Moss Landing Power Plant in Monterey County, California experienced a severe thermal runaway event on January 16, 2025, forcing the evacuation of 1,700 residents within a 5-mile radius. As the world's largest grid-connected battery facility with 750MW capacity, the fire burned for 72 hours before containment, destroying 80% of the 300MW battery array installed in 2020.
Lithium battery thermal runaway refers to a phenomenon where the battery temperature rises rapidly due to physical damage or short circuits, causing electrolyte decomposition and producing flammable gases. If adjacent battery modules are affected, it can trigger a chain reaction, ultimately leading to fire or explosion. This phenomenon not only threatens equipment safety but may also cause serious harm to personal safety and property.
California wildfires are disasters that occur annually. The Los Angeles fires that erupted in early 2025 once again highlighted the importance of fire-resistant and thermal insulation materials for buildings. This wildfire has destroyed thousands of buildings, with property damage exceeding $1.8 trillion. However, in this catastrophic fire, some houses miraculously survived, demonstrating the importance of effective fire prevention measures.
Lightweight thermal materials for drones must satisfy high-efficiency heat dissipation requirements while maintaining lightness and environmental adaptability. From high thermal conductivity resins to aerogel insulation, innovative aerodynamic design technologies are providing diverse solutions for drone performance enhancement.