نهمین کنفرانس بین المللی فناوری و مدیریت انرژی

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کد مقاله icemt9-1132

عنوان Probabilistic Energy Routing Algorithm Enabling Reliability Assessment in Local Energy Internet

نویسندگان Morteza Kolivandi - Masoud Kishani Farahani - Abbas Rajabi Ghahnavieh

چکیده Energy systems require a network to effectively connect various technologies and ensure correct integration from supply to demand for maximum utilization as technologies advance at an increasing rate. The Energy Internet (EI) concept has been developed as a framework for interconnecting all the technologies which aims to enhance energy transmission efficiency and optimize power dispatching. Since the Energy Router (ER) is the main equipment for the EI, adoption of an effective energy routing algorithm is crucial for efficient power transmission across the EI network. This study proposes a Probabilistic Energy Routing (PER) that determines the optimal route based on the probability of failure and reliability indices for further evaluation. The significance of this issue becomes noticeable during critical power transmission, such as when delivering energy to hospitals. The PER method considers the challenges of congestion management, failure in power transmission lines, and ERs, which can have multiple sources, and solves the problem as a whole in cases of transmission from several suppliers. To improve the simulation in electricity transmission lines, a load is effectively represented by the normal distribution function. Subsequently, case evaluations that demonstrate the applicability of the suggested strategy are used to validate the routing system.

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