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Project Information
Project year
2026
Big Idea
Decentralized Clean Energy and Hydrogen
Essential Question
How can decentralized green technologies like hydrogen and AIoT smart grids accelerate our transition to a sustainable, net-zero future?
Project Description

Witnessing a peer suffer a severe asthma attack during a pollution crisis drove our team to tackle fossil fuel dependency. Our project addresses the global energy challenge and the critical 1.5°C warming threshold by developing a suite of decentralized, youth-led innovations.

We have designed and prototyped several functional solutions, including the AIoT Smart Grid 360 for intelligent energy management, Solar PVT systems for enhanced energy conversion, and researched hydrogen fuel cells to support zero-emission mobility. To ensure long-term impact, we launched "Green Energy Community Drives" and performed street plays to foster energy literacy among families and peers.

Our journey culminated in presenting our actionable climate policy recommendations and technical prototypes at the 9th 1M1B Impact Summit at the United Nations in Geneva. By integrating cutting-edge technology with grassroots activism, we demonstrate that student-led hubs can provide scalable models for national clean energy transitions. Our mission is simple: to ensure that the climate clock never runs out on our planet.

SUSTAINABLE DEVELOPMENT GOALS
Goal 7: Affordable and Clean Energy
Goal 11: Sustainable Cities and Communities
Goal 13: Climate Action
Project Portfolio
  •  Decentralized_Green_Energy_Innovations.pdf

    Decentralized_Green_Energy_Innovations.pdf

    2026-03-04 11:13:56

    pdf

Student Reflection Video Link
www.youtube.com