Yibin City Embraces Hydrogen: A Step Towards Sustainable Urban Transport
Key Ideas
- Sichuan Chuannan Rail Transit Operation Co Ltd in Yibin, China, is transitioning to include hydrogen-powered ART vehicles in their fleet, inspired by the Kuching Urban Transportation System project.
- Cities like Yibin and Lingang in China, and Daejeon in South Korea, are actively adopting hydrogen-powered public transport systems, reflecting a global trend towards clean energy solutions.
- Hyundai's commitment to supplying 1,000 hydrogen buses by 2027 and Sarawak Metro's focus on green hydrogen production showcase the increasing importance of hydrogen in the transportation sector.
- Sarawak Metro's CEO, Mazli, highlights the significance of hydrogen technology in achieving environmental and economic goals, aiming to lead in sustainable urban public transport initiatives.
Sichuan Chuannan Rail Transit Operation Co Ltd, based in Yibin, China, is taking a significant step towards sustainable urban transport by introducing hydrogen-powered ART vehicles alongside their battery-electric fleet. This decision was partly influenced by the Kuching Urban Transportation System project in Sarawak, Malaysia. With a current ridership of 50,000 per day, Yibin's ART fleet is set to expand with the addition of five hydrogen-powered vehicles, emphasizing the global potential of hydrogen in public transportation.
In addition to Yibin, the city of Lingang in China and Daejeon in South Korea are also embracing hydrogen technology in their public transport systems. Shanghai's Lingang New Area Public Transportation Co Ltd operates three lines with 23 hydrogen-powered Digital Rapid Transit vehicles. Moreover, Hyundai's commitment to providing 1,000 hydrogen buses by 2027 further underlines the growing adoption of hydrogen in the transportation sector.
Mazli Mustaffa, the CEO of Sarawak Metro, expressed confidence in Sarawak's ability to produce green hydrogen locally, leveraging the region's abundant natural resources. This aligns with Sarawak Metro's vision of reducing carbon emissions and establishing a sustainable public transport network. The company aims to lead in decarbonizing the public transport sector while providing safe and reliable services.
The article highlights the evolving landscape of hydrogen technology in public transportation globally, emphasizing the commitment towards sustainable energy solutions. Mazli's optimism about Sarawak Metro's role in setting a regional standard for green urban transport showcases a proactive approach towards addressing climate challenges.
Topics
Public Transit
Technology
Decarbonisation
Green Energy
Sustainable Energy
Public Transport
Public Transportation
Urban Transport
Hydrogen Technology
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