Design and Implementation of StateGrid Blockchain-Based Regulation Platform of Source-Grid-Load-Storage

Xinyan Wang, Ran Peng, Jiacheng Du,Jingli Jia,An Hu, Ying Zhu, Lei Pei

2023 IEEE 3rd International Conference on Power, Electronics and Computer Applications (ICPECA)(2023)

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摘要
With the explosive growth of the electricity market, electric energy storage and flexible load are constantly integrated into the power grid, which makes the traditional distribution network architecture change greatly. Source-grid-load-storage technology can adapt to the needs of energy transformation, promote the evolution of the traditional power grid from the function to the energy Internet, and upgrade to the new generation of power system from the technical point of view, and its physical characteristics, structural form, operation mechanism and control mode are obviously different from the traditional power system, which is considered to be the key to the continuous and in-depth promotion of China's energy transformation. In this paper, we proposes a source-grid-load-storage regulation system based on State Grid blockchain, which take advantages of the characteristics of decentralization, immutable, consensus and smart contracts of blockchain. The system introduce transaction and data collaboration model based on blockchain, deeply integrates blockchain technology and source-grid load-storage technology, effectively promote the establishment of market-oriented and financialized energy trading platform construction, and verifies the broad prospect of the combination of blockchain technology and source-grid-load-storage technology.
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关键词
source-grid-load-storage,blockchain,consensus mechanism,smart contract
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