Yster Futuristies · 2024
Wandering Ark Waterstofaangedrewe Trimaran
by Shenghan Lu
- A' Design Award in Yster 2024 in Futuristies
- CLIENT: Macau University of Science and Technology
- Estimated Number of Design Views: 127,490
- Verification code 9F4E67AA12 · Verify this award
Colors
About Wandering Ark Waterstofaangedrewe Trimaran
Wandering Ark is 'n konsep vir 'n waterstofaangedrewe trimaran wat ontwerp is as 'n drywende habitat op see. Die romp kombineer 'n trimaranvorm met 'n X-boegvorm om sterk stabiliteit in verskillende seetoestande te verskaf. 'n Groot bo-bou bied leefruimte vir inwoners. Sonkrag-, wind- en golfstelsels versamel energie, en 'n seewater-waterstofproduksiestelsel stoor waterstof aan boord. Brandstofselle skakel die gestoorde waterstof om in elektrisiteit vir aandrywing en daaglikse gebruik. Water is die enigste emissie van die proses, sodat die vaartuig zero-emissies bereik.
About the A' Design Award in Yster
Wandering Ark Waterstofaangedrewe Trimaran is 'n wenner van die A' Design Award in Yster, 'n prestigieuse erkenning wat toegeken word aan goeie ontwerpe wat voldoen aan die professionele en industriële vereistes wat van goed ontwerpte skeppings verwag word. Wenners in Yster toon groot vaardigheid, hoë spesialisasie, kundige begrip en die kreatiewe vermoë van hul skeppers. Daar word verwag dat Wandering Ark Waterstofaangedrewe Trimaran 'n hoog aangeskrewe, bewonderde en gekoesterde skepping is wat prakties en innoverend is. Hierdie ontwerp wat die A' Design Award in Yster gewen het, integreer die beste praktyke in die bedryf en het bekwame tegniese kenmerke gekoppel aan kundigheid en talent. Wandering Ark Waterstofaangedrewe Trimaran word gerespekteer vir sy deeglikheid en is ontwerp om verbeterings in lewensgehalte te bied wat help om die wêreld 'n beter plek te maak.
Press Kit
- Unique Properties
- Wandering Ark is designed as a large trimaran, with extremely strong stability to cope with different sea conditions and a large area of superstructure living space. It integrates multiple energy collection methods, such as solar energy, wind energy, wave energy, seawater hydrogen production system, and Ensure energy supply. Wandering Ark is a powerful habitat that lives in harmony with the marine environment.
- Dimensions & Packaging
- Length: 580M×Width: 280M×Height: 140M
- Tags
- Concept design, Sea survival, Trimaran, New energy, Zero emissions
- Production Technology
- Modeling Extraction: Terraces are a symbol of the symbiosis between man and nature. Combining terrace elements with ship design expresses the concept of respecting nature. This is reflected in the ship’s zero emissions and self-sufficiency. The hierarchy of terraces visually enhances stability, combining traditional aesthetics with modern ship design.
- Design Challenge
- Stability and energy saving factors need to be considered in the design. The hull adopts an innovative shape design that combines X BOW with a trimaran. It has strong wave penetration capability, which is also crucial for reducing energy loss.
- Research
- Use STAR CCM+ simulation software to conduct seakeeping and pressure tests on the trimaran and calculate the best solution under different circumstances to improve the final design.
- Inspiration
- In response to sea level rise in the future, not only will the land area shrink, but the frequency of marine disasters will also increase. For sea survival mode and floating cities, further exploration and thinking are needed. To solve these problems, it is envisioned to build a mobile city that can be self-sufficient at sea using clean energy and avoid marine disasters. Today, a single new energy source cannot provide a sustainable supply for ships. Future ship energy harvesting technology needs to be studied and ship functions innovated through integrated design.
- Project Duration
- This project will be completed at Macau University of Science and Technology from June 2023 to February 2024
- Operation Flow
- Wandering Ark can survive on the ocean for a long time and make full use of resources. Solar, wind and ocean power generation. Seawater is directly obtained through the hydrogen production system, and the generated hydrogen is stored and converted into a fuel cell to power the system. Although the Flettner rotor cannot generate electricity, it can directly assist the propulsion system to save energy consumption.
- Image Credits
- Shenghan Lu, 2024
