China's UHVDC Transmission Project Achieves Milestone with 300 Billion kWh Delivered
The Zhundong-Wannan transmission line sets records in voltage level and environmental impact, showcasing China's energy infrastructure prowess.
In an impressive feat of engineering and energy transmission, China's Zhundong-Wannan +-1100 kV ultra-high-voltage direct current (UHVDC) transmission project has successfully delivered 300 billion kilowatt-hours (kWh) of electricity since commencing operations in 2019. This landmark achievement, reported by the State Grid Anhui Electric Power Co., Ltd., underscores the significance of the project in China's broader energy strategy to efficiently transfer power from resource-abundant regions to energy-demanding areas.
The transmission line begins its journey in the Changji Hui Autonomous Prefecture of northwest China's Xinjiang Uygur Autonomous Region, a locale rich in energy resources, and stretches to Xuancheng City in Anhui Province.
Claiming the title of the highest voltage level, largest transmission capacity, and longest transmission distance globally, the Zhundong-Wannan project stands as a beacon of technological innovation in the field of energy transmission.
Operational strategies of this magnitude not only enhance the national grid's stability but also facilitate the increased deployment of renewable energy.
Since its inauguration, the project has steadily ranked first among ultra-high-voltage direct current projects nationwide in terms of outbound electricity, a testament to its pivotal role in sustaining energy supplies in eastern China.
To provide a sense of scale, the electricity transmitted by the project thus far is sufficient to meet the annual energy needs of approximately 133 million households.
Moreover, this avoids the consumption of an estimated 90 million tonnes of standard coal, subsequently reducing carbon dioxide emissions by over 255 million tonnes—a crucial environmental consideration as the world grapples with climate change.
This project's success exemplifies China's commitment to advancing its energy infrastructure, aligning with global efforts to transition towards more sustainable energy systems.
The Zhundong-Wannan UHVDC project not only supports regional development within China but also potentially provides insights and frameworks for other nations aiming to optimize their energy transmission capabilities and reduce their carbon footprint.
The transmission line begins its journey in the Changji Hui Autonomous Prefecture of northwest China's Xinjiang Uygur Autonomous Region, a locale rich in energy resources, and stretches to Xuancheng City in Anhui Province.
Claiming the title of the highest voltage level, largest transmission capacity, and longest transmission distance globally, the Zhundong-Wannan project stands as a beacon of technological innovation in the field of energy transmission.
Operational strategies of this magnitude not only enhance the national grid's stability but also facilitate the increased deployment of renewable energy.
Since its inauguration, the project has steadily ranked first among ultra-high-voltage direct current projects nationwide in terms of outbound electricity, a testament to its pivotal role in sustaining energy supplies in eastern China.
To provide a sense of scale, the electricity transmitted by the project thus far is sufficient to meet the annual energy needs of approximately 133 million households.
Moreover, this avoids the consumption of an estimated 90 million tonnes of standard coal, subsequently reducing carbon dioxide emissions by over 255 million tonnes—a crucial environmental consideration as the world grapples with climate change.
This project's success exemplifies China's commitment to advancing its energy infrastructure, aligning with global efforts to transition towards more sustainable energy systems.
The Zhundong-Wannan UHVDC project not only supports regional development within China but also potentially provides insights and frameworks for other nations aiming to optimize their energy transmission capabilities and reduce their carbon footprint.
AI Disclaimer: An advanced artificial intelligence (AI) system generated the content of this page on its own. This innovative technology conducts extensive research from a variety of reliable sources, performs rigorous fact-checking and verification, cleans up and balances biased or manipulated content, and presents a minimal factual summary that is just enough yet essential for you to function as an informed and educated citizen. Please keep in mind, however, that this system is an evolving technology, and as a result, the article may contain accidental inaccuracies or errors. We urge you to help us improve our site by reporting any inaccuracies you find using the "Contact Us" link at the bottom of this page. Your helpful feedback helps us improve our system and deliver more precise content. When you find an article of interest here, please look for the full and extensive coverage of this topic in traditional news sources, as they are written by professional journalists that we try to support, not replace. We appreciate your understanding and assistance.
