Hyundai Motor Group and NTU Singapore Collaborate for Sustainable Mobility Innovation
Key Ideas
- Hyundai Motor Group partners with Nanyang Technological University (NTU) in Singapore to advance towards carbon neutrality through hydrogen energy and advanced energy system research.
- The collaboration focuses on developing alternative energy sources with a three-year research plan, aiming to achieve commercial viability for sustainable mobility solutions.
- Key areas of focus include hydrogen production technologies like Plastic-to-Hydrogen and Waste-to-Hydrogen systems as well as advanced energy solutions suited for urban environments like Singapore.
- Additionally, a Corporate Lab Program will be established with NTU and A*STAR for research in AI, robotics, and 3D printing, emphasizing the importance of industry collaboration for real-world solutions towards carbon neutrality.
At the Singapore-Korea Business Forum, Hyundai Motor Group signed a collaborative research agreement with Nanyang Technological University (NTU) in the field of new energy, focusing on hydrogen energy and advanced energy systems. The partnership aims to advance towards carbon neutrality through joint research over three years, leveraging Hyundai's advanced energy technologies. The collaboration will explore the adoption of innovative hydrogen production technologies like Plastic-to-Hydrogen and Waste-to-Hydrogen systems, which utilize organic waste and non-recyclable plastic for hydrogen production. The research will also focus on developing advanced energy solutions tailored for urban environments like Singapore, emphasizing easy installation and high safety levels for achieving carbon neutrality. Moreover, a tripartite Corporate Lab Program will be established with NTU and A*STAR for collaborative research in AI, robotics, and 3D printing, aiming to drive innovation in manufacturing domains. The partnership between Hyundai Motor Group and NTU underscores the importance of industry collaboration in developing sustainable solutions for carbon neutrality, reflecting the commitment to address real-world issues through innovative technologies and academic-industry partnerships.
Topics
Production
Innovation
Sustainable Energy
Research Collaboration
AI
Robotics
3D Printing
Academic-industry Partnership
Collaborative Program
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