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Author:gang zhang, Feng zhang*, Ke meng, xin zhang and zhaoyang dong

Abstract:Energy Flow Calculation (EFC) Plays An Important Role in Steady-State Analysis of Multi-Eryergy Systems (MESS). However, The Independent Management M88 games apkm88 com live casino registerof Sub-Eryergy Systems (Subsystems) Poses A Considerable Challenge the High-Order Nonlinear Flow Model Due The Limited Information Exchange Between These Subsystems. In this article, A FIXED-POINT BASED DISTRIBUTED METHOD IS PROPOSED for EFC in An Electricity-Gas-Heating System. Firstly, The Mathematical Modeling of Each Subsystem with Coupling Units is IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS IS., Two Information Exchange Structures AMONG Subsystems Are Presented M88 games apkAs Sequential and Parallel M88 Online Live CasinoStructures. Based on the Fixed-Point theorem, NOVEL Distributed Sequential and Parallel Methods for EFC Are Proposed to Calculating Energy Flow Distribution in Mess., The EFC in Subsystems is Implementd by the Individual System Operators, With Limited Information Exchange Between Subsystems. TheReface, The Information Privacy of Subsystems Can Be Preserved in this solution process. Moreover, The Convergence of the Proposed Method is Guaranteed, And the M88 games apkSufficient Conditions m88 sports bettingfor the Convergence Are Presented. Lastly, Simulations on A Mes Demonstrate The Effectiveness of the Proposed Method and the Quantify Superiority Over The Existing Methods In Computation me, Accuration and Reliability.

Published in:IEEE Transactions on Sustainable Energy (VOLUME: 11, Issue: 4, Oct. 2020)