Japan's Next-Generation Energy Ecosystem

A hydrogen energy strategy led by METI toward achieving a decarbonized society. It aims to build the entire hydrogen value chain—production, transport, and utilization—for 2050 carbon neutrality. It encompasses renewable hydrogen production, hydrogen power infrastructure, fuel cell vehicle expansion, and hydrogen station networks. This strategy forms the core of Japan's next-generation energy system.

利用再生能源推進氫氣製造與應用的國家戰略。豐田、日立、東京瓦斯等企業協力推動，加速燃料電池汽車、氫氣發電及產業應用的布局。作為2050年達成碳中和的關鍵未來技術，推動能源系統的革新。

由經濟產業省與產業界推動、旨在實現脫碳社會的氫能源戰略。豐田自動織機、IHI、東芝等企業開發氫能製造、儲存與利用技術。此項國家級能源轉型計畫目標在2050年達成碳中和，並將日本定位為綠色氫能創新的全球領導者。

Long-term strategy by METI to realize a hydrogen-based society. Targets carbon-neutral society through renewable-energy-derived hydrogen production, fuel cell vehicles, and hydrogen power plants. Development of AI/ML-optimized hydrogen production and distribution management systems aims to simultaneously achieve climate action and industrial competitiveness.

A national strategy integrating multi-domain computing infrastructure development including quantum computing, AI-specific chips, and next-generation semiconductor manufacturing. Driven by METI-led public-private-academic partnerships, it supports supercomputer Fugaku, Rapidus semiconductor manufacturing, and quantum research centers. The goal is maintaining and strengthening Japan's global technological competitiveness.

A hydrogen energy strategy led by METI toward achieving a decarbonized society. It aims to build the entire hydrogen value chain—production, transport, and utilization—for 2050 carbon neutrality. It encompasses renewable hydrogen production, hydrogen power infrastructure, fuel cell vehicle expansion, and hydrogen station networks. This strategy forms the core of Japan's next-generation energy system.

以本田ASIMO為代表的日本仿人型機器人技術。受《鐵臂阿童木》啟發的機器人開發歷史，從工業機器人拓展至照護與服務機器人等廣泛領域。日本獨有的人機共生願景持續引領全球。