Гвоздена Енергија · 2022
Jackery AIR-W Prenosivi generator na vetar
by Wei Bai, Jiajin He and Xiaowei Yin
- Гвоздена награда A' Design Award 2022 in Енергија
- CLIENT: Jackery
- Estimated Number of Design Views: 34,825
- Verification code 8789A25DB9 · Verify this award
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About Jackery AIR-W Prenosivi generator na vetar
Jackery AIR-W je prenosivi generator energije vetra namenjen za upotrebu na otvorenom. Uređaj se sastoji od rotora, malog generatora i stalka, tako da je sklapanje jednostavno. Kompozit od karbonskih vlakana i termoplastike čini konstrukciju laganom i poboljšava njenu čvrstinu i otpornost na zamor materijala. Dvomotorni raspored povećava izlaznu snagu na 200 vati i omogućava punjenje čak i pri niskoj brzini vetra. Više jedinica se može povezati paralelno. Preklopivi klinovi na tronožnom stalku se pritiskaju u zemlju kako bi generator ostao stabilan pri jakom vetru.
About the Гвоздена награда A' Design Award
Jackery AIR-W Prenosivi generator na vetar је добитник Гвоздене награде A' Design Award, престижног признања које се додељује добрим дизајнима који испуњавају професионалне и индустријске захтеве очекиване од добро осмишљених творевина. Добитници Гвоздене награде показују велико умеће, високу специјализацију, стручно разумевање и креативне способности својих твораца. Очекује се да Jackery AIR-W Prenosivi generator na vetar буде високо цењена, дивљена и вољена творевина која је практична и иновативна. Овај дизајн награђен Гвозденом наградом A' Design Award уграђује најбоље праксе индустрије и има компетентна техничка својства повезана са знањем и талентом. Захваљујући темељности, Jackery AIR-W Prenosivi generator na vetar заслужује поштовање и осмишљен је да пружи побољшања квалитета живота која помажу да свет буде бољи.
Press Kit
- Unique Properties
- Jackery AIR-W is a light and portable wind power accessory.The product supports multi-unit parallel output, which has wider application scenarios than traditional wind power equipment.
- Dimensions & Packaging
- Composed of wind rotor, mini generator and stand, the product structure is simple and easy to assemble, which maximizes the portability of the product. The staggered arrangement of upper and lower blades minimizes the product height.
The output power is 200W. - Tags
- Wind power accessories, Dual motors, Lightweight, Easy to carry, Multi-unit parallel output, Green energy
- Production Technology
- The product uses carbon fiber thermoplastic composite material to improve its strength and fatigue resistance and make it lighter.
It reaches grade IP67.
The tripod is built with foldable post nails for better reinforcement of the device to avoid the device from tipping over by high wind speed. - Design Challenge
- Major challenge: Dealing with different weather and climate issues
Solution: The dual motor design is used to increase the output power, making the product less dependent on the climate, and can still output a sufficient amount of current even when the wind speed is low. - Research
- Research goal: To design a popular, portable wind power generation equipment
Research direction: Less dependence on climate, easy to carry
Market research: Online research and data from professional research company
Social impact: Using wind energy to charge energy storage products is a new breakthrough in exploring the efficient use of renewable and clean energy. It helped reduce carbon emissions and alleviate the environmental crisis. - Inspiration
- This design is inspired by wind generator. This design changed traditional large wind generator into small and lightweight wind equipment, which is suitable for many electricity application scenarios such as outdoor travel of regular users and brings eco-friendly travels.
As long as there is wind, it can convert it into electricity. - Project Duration
- The project started in 2022 in Shenzhen and finished in 2022.
- Operation Flow
- After assembly, the product can be further stabilized by inserting the built-in foldable post nails into the soil. Connect the product and the power supply with a charging cable to use the electricity converted from the wind energy.
