余 彦毅's profile

氢能源电动共享自行车&服务系统设计

余 彦毅
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Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
Bicycle Bicycles Bike car energy Hydrogen power service system
氢能源电动共享自行车&服务系统设计
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余 彦毅's profile

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余 彦毅's profile
Shanghai, China

氢能源电动共享自行车&服务系统设计

该项目由华东师范大学设计学院和攀业氢能合作推进。我们将共享服务体系与氢能源供应体系相互融合，设想了一种全新的共享出行模式。本方案旨在解决城镇居民短中程出行问题、推动社会绿色可持续发展。同时，希望能以“共享”模式促进氢能供给网的建成，为未来氢能社会的建立提供一种新思路。 The proje Read More

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