Abstract
Peer-to-peer (P2P) energy trading allows direct interactions among participants without centralized resource integration. Therefore, P2P energy trading is suitable for local energy transactions among small scale consumers to promote the consumption of renewable energy localized. Whereas, for electricity commodity, system operation reliable and security is a critical and inevitable problem when designing a P2P energy transaction market. For this consideration, a novel P2P transaction model coordinating consumers' home energy management with system voltage regulation problem is proposed to consist the profits seeking purpose of consumers with the system operation requirements. The proposed P2P transaction model solves consumer-utility maximized energy trading problem with network security operation constraints. An alternating direction method of multiplier (ADMM) based distributed algorithm is proposed to protect the privacy of consumers. The effectiveness and efficiency of the proposed model is verified through a simulation on a modified 9-bus low voltage network.
Published Version
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