Zhejiang University Presentation for the 2014 Hydrogen Student Design Contest

1. Design for a Drop-in Hydrogen Fueling Station
Advisor: Prof. Sufang Wu
Team members: Xiang Wu
Yujia Fan Xiaochong Xue
Zhaowei Yang Shangqing Lu
Yunhan Zhao Jingyuan Li
Zhejiang University Team

2. Figure 1 H2 Fueling Station Location in California
(1) Sound government support
(2) Well-developed infrastructure of H2
(3) H2 fueling stations have set up around Costa Mesa
(4) A High Resident Acceptance
(5) Potential Market
Overall Design-Siting

3. Figure 2 Proposed Site for Hydrogen Production Island
(1) Sound government support
(2) Well-developed infrastructure of H2
(3) H2 fueling stations have set up around Costa Mesa
(4) A High Resident Acceptance
(5) Potential Market
Overall Design-Siting

4. Overall Design-Process Design
Water Electrolysis
Compressor
Cascade Storage
Pre-cooler
Dispenser
Drop-in Fueling StationHydrogen Island

5. Overall Design-Design Principles
Design Principles
1. Electrolysis method can produce high purity H2 with modularity design
2. Multi-stage compressors to compress the H2 from 1MPa to 90MPa
3. Cascade storage manner to lower the energy need for compressors
4. Larger power pre-cooler allows fast-filling and makes it easier to
double the dispensers
5. Dispenser from world-known company with safety and accuracy
6. Two containers make the system more compactable and modular

6. Overall Design- Component Layout
Hydrogen
Island
Drop-in Fueling
Station

7. Advertisement Design—H2 , a SUPER Energy!
State H2 energy, a safe, ubiquitous, powerful, environmental and renewable energy!