Sustainable Energy Systems and Economics: Pathways to a Low-Carbon Future

Dear Colleagues,

The global energy development is gradually transitioning towards cleanliness and low-carbon, and low-carbon development will change our way of life and production, especially in energy utilization. This requires innovative development of low-carbon technologies to meet the requirements of low-carbon development. Meanwhile, the low-carbon model is not achieved overnight and requires gradual transformation within the existing energy system, ultimately meeting low-carbon goals through technological applications and energy structure transformation. This will require higher demands for low-carbon development paths.

Based on this, our magazine takes "xxx" as the theme, hoping to solicit research results from scholars related to global energy management and low-carbon development, generate thinking collisions, further enhance the level of low-carbon economic development, and better promote the global low-carbon transformation.

This special issue welcomes original research articles and reviews. The research areas may include (but are not limited to) the following:

1. Research on Low Carbon Development Path and Industrial Transformation for Global Industrial Chain
2. Research on the Technological Evolution Path and Application Methods for Low Carbon Energy Technologies
3. Economic feasibility study of low-carbon technology in power system considering terminal electricity price level
4. Research on Optimization Technology for Low Carbon Energy System Management Considering the Integration of Electricity, Hydrogen, and Carbon
5. Research on the Economy and Business Model of Long distance Transmission for Centralized New Energy Power Stations
6. Research on Low Carbon Technology Innovation Investment and Sustainable Development Strategy for Energy Enterprises
7. Research on the Development of New Energy Storage Low Carbon Security Management for Large scale New Energy Access
8. Research on Optimization Method of Urban Carbon Emission Reduction Path Driven by Carbon Emission Space.

I/We look forward to receiving your contributions.  

Dr. Yongli Wang
Dr. Ling Ji
Dr. Xiaochun Zhang
Guest Editors

Manuscript Submission Information

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