Optimization of energy storage material properties in renewable energy systems based on big data analysis
DOI:
https://doi.org/10.54097/z7axhh40Keywords:
Big data; renewable energy; energy storage; performance optimisation.Abstract
In recent years, the overall scale of distributed renewable energy projects has been rising, which makes the distributed energy development symbiosis system even larger. The number of sectors involved in the system has gradually increased, while the connection between the subsystems has become increasingly close. At the same time, the optimization of energy storage materials in the symbiotic system of distributed renewable energy projects under the integration of resources and demand has broadened the scope of traditional energy market technologies. Therefore, this paper takes the distributed renewable energy symbiosis system as the research object, and analyzes in depth the research of optimizing the performance of energy storage materials in the distributed renewable energy system to provide decision support for the regional distributed renewable energy industry planning.
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