Implementation of peer-to-peer energy trading via smart contracts on blockchain-based infrastructure

In this study, the design of a web application that facilitates peer-to-peer energy trading through the use of smart contracts has been addressed. Smart contracts, combined with blockchain technology, have provided a secure and transparent trading environment by automating energy trading processes. Peer-to-peer energy trading has enabled the more efficient use of renewable energy sources, allowing a direct and reliable trading model between consumers and energy producers. This study aims to facilitate the sharing of energy resources, increase energy efficiency, and contribute to a sustainable energy system. The designed web application has been supported by an interface and energy analytics tools, enabling energy trading to be carried out more effectively and accessibly. It has provided a transparent and secure trading platform between energy users and producers, benefiting from the advantages of smart contracts. This application has ensured that parties conduct transactions quickly and automatically based on mutual trust in energy trading processes. It has analyzed in detail how peer-to-peer energy trading can be made sustainable and efficient with blockchain technology and smart contracts.