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# 2024 PJJ Solutions |
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This project addresses power grid instability and high battery costs in renewable energy by implementing a centralised storage solution. Energy is stored at dedicated sites and then distributed back to households and facilities via the existing grid. Advanced demand response algorithms and battery manipulation techniques optimise storage efficiency and extend battery lifespan. This approach stabilises the grid, reduces costs, and provides a scalable, eco-friendly alternative to individual battery installations. Revenue is generated through energy storage leasing and profit-sharing models
He is currently pursuing his Bachelor of Arts and Science in Integrated Innovation at Chulalongkorn University, where he specializes in the intersection of technology, business, and design. His academic journey reflects a deep passion for harnessing innovation to solve real-world problems, particularly within the sustainability and energy sectors. As an aspiring entrepreneur, he has excelled in numerous high-level competitions, including securing finalist positions in the Hong Kong TECH300 and Thailand's DIPROM X DELTA Angel Fund startup events.more
King Abdullah University of Science and Technology (KAUST)
3D-printed solar receiver for industrial heat
A new construction material made from used coffee
