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Framework modeling study demonstrates decentralized solar power exchange among residential prosumers via smart contracts, indicating improved local grid efficiency and reduced transaction overhead.
This paper proposes a Peer-to-Peer (P2P) solar energy trading framework using blockchain technology for local energy markets. The model enables prosumers to directly buy and sell excess solar energy without intermediaries, ensuring transparency, security, and reduced transaction costs. We present the system architecture, smart contract logic, and a case study for decentralized energy trading in residential communities. The proposed approach promotes renewable energy adoption and grid efficiency.
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Qamar Zaman (2026) studied this question.
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