waterproof122

waterproof122's Stars

• TarunRadadiya-code/Analysis-Design-of-Machine-Elements

  In this Presentation, a new Active Power Filter (APF) control scheme has proposed to improve the performance of the APF. This presentation presents a new technique with instantaneous power theory (P-Q theory) in order to control of APF under non- ideal mains voltage conditions. Performance of the proposed scheme has been found feasible and excellent to that of the instantaneous reactive power algorithms under various non-ideal mains test scenarios. MATLAB/SIMULINK power system toolbox is used to simulate the proposed system. The proposed method’s performance is compared with conventional instantaneous power (P-Q) theory. The simulation results are presented and discussed showing the effectiveness of the control algorithm.

  4

• rbtnx/MPC_SAPF

  Shunt active power filter with signal shaping MPC

  Language:Matlab6

• Fahad021/Single-Phase-Shunt-Active-Power-Filter-Using-Parabolic-PWM

  Program/Code/Simulink Repo of one of my papers on power electronics and control

  Language:MATLAB21

• cadema-PoliTO/RECOpt

  The repository contains a routine that optimizes the operation of a PV system with energy storage for fixed or variable (parametric) sizes for both of them, in the context of collective self-consumption and energy communities in Italy. PV production data are to be provided by the user (PVGIS database can be used), while consumption profiles are generated for an aggregate of households using probabilistic methods.

  Language:Python141

• AbrahamAlvarezB/maxBESS.jl

  Optimisation model to charge/discharge a Battery Energy Storage System (BESS) over a specified time period in order to maximise profits.

  Language:Julia4

• a-g-benson/BTM-BESS-Cost-Modeling

  statistical modeling for the upfront cost of Behind-the-Meter Battery Energy Storage Systems

  Language:Stata1

• osamamansour/BESS-Thesis

  Battery Energy Storage System - SSPP This repository includes MATLAB code that has been referenced in thesis. The code is split up into main code, and several functions that the main code utilizes.

  Language:Matlab8

• msatlow/victron-pure-python-ess

  Energy Storage System with Victron Multiplus and Raspberry

  Language:Python1

• livingbeings/grid_connected_ESS

  a grid connected energy storage system inverter control design to for grid frequency regulation purpose

  Language:MATLAB141

• bugsbansi/problem1

  This repository consists of illustrative examples of mixed integer linear programming problems arising in battery-based energy storage systems, economic dispatch and unit commitment problems.

  Language:Jupyter Notebook52

• masoudshab/OPTIMIZATION-of-the-APFs-Placement-Based-on-Instantaneous-Reactive-Power-Theory-by-GENETIC-ALGORITHM

  In electrical distribution systems, a great amount of power are wasting across the lines, also nowadays power factors, voltage profiles and total harmonic distortions (THDs) of most loads are not as would be desired. So these important parameters of a system play highly important role in wasting money and energy, and besides both consumers and sources are suffering from a high rate of distortions and even instabilities. Active power filters (APFs) are innovative ideas for solving of this adversity which have recently used instantaneous reactive power theory. In this paper, a novel method is proposed to optimize the allocation of APFs. The introduced method is based on the instantaneous reactive power theory in vectorial representation. By use of this representation, it is possible to asses different compensation strategies. Also, APFs proper placement in the system plays a crucial role in either reducing the losses costs and power quality improvement. To optimize the APFs placement, a new objective function has been defined on the basis of five terms: total losses, power factor, voltage profile, THD and cost. Genetic algorithm has been used to solve the optimization problem. The results of applying this method to a distribution network illustrate the method advantages.

  Language:Matlab152

• PabloRullo/IEEELA_ADN_MIMOControl

  Code repository of paper: Multivariable Control Structure Design for Voltage Regulation in Active Distribution Networks. Pablo G. Rullo, Lautaro Braccia, Diego Feroldi, and David Zumoffen. IEEE Latin American Transaction

  Language:MATLAB91

• hafezbazrafshan/contraction-mapping

  This set of MATLAB codes numerically verify that the Z-Bus method is a contraction mapping on IEEE distribution test networks. Additionally, the Z-Bus load-flow and the Forward-backward sweep load-flow are also implemented.

  Language:Matlab64

• gielvdbroeck/MatLVDC

  MatLVDC is an open source Matlab toolbox to analyze DC distribution network dynamics. It features time-domain analysis, steady-state analysis and small-signal linearization.

  Language:Matlab63

• rogerwienaah/Distribution-Network-Reconfigution-Using-Genetic-Algorithm_Thesis-Work

  This repo contains codes for reconfiguring distribution networks (IEEE 33 and 69 bus systems) using Genetic Algorithm.

  Language:MATLAB3

• ahmadi26/Reconfiguration-and-DG-Placement

  Optimal selection of location of distributed generation based on renewable energies in the standard reconfigured distribution network

  Language:MATLAB23

• Pratik-Harsh/Matlab_Code

  Two stage heuristic method to reconfigure the distribution networks

  Language:MATLAB6

• Zecao/IterativeBranchExchange

  Repository for the article "Distribution Network Reconfiguration using Iterative Branch Exchange and Clustering Technique"

  Language:MATLAB22

• a280558071/SOCPR-and-Linear-Distflow-based-DNP

  Two examples for distribution network planning (DNP) method based on Second-Order cone programming (SOCP) relaxation and Linear Distflow are included here. The Objective is to minimize the investment cost on distribution lines and the value of lost load(VOLL).

  Language:MATLAB455

• harshal2962/Reliability-of-Electrical-Distribution-Networks

  Evaluating and optimizing reliability indices for a radial distribution system using continuous particle swarm optimization.

  Language:MATLAB9

• chinmaysahu/Error-analysis-in-wireless-sensor-network

  Analyzed error propagation and its distribution in large sensor network using detection and estimation theory. Ran monte-carlo analysis to quantify errors in different localization algorithms in MATLAB.

  Language:MATLAB63

• HBA-DTT/Distribution_networks_reconfiguration

  Reconfiguration of distribution networks using mixed integer second-order cone model (MISOCP)

  Language:MATLAB121

• YJLAugus/Reinforcement-Learning-Notes

  Reinforcement-Learning-Notes, start with MDP.

  22042

• JingweiToo/Wrapper-Feature-Selection-Toolbox-Python

  This toolbox offers 13 wrapper feature selection methods (PSO, GA, GWO, HHO, BA, WOA, and etc.) with examples. It is simple and easy to implement.

  Language:Python24969

• cahitberkay/Harris-Hawks-Optimization-HHO---Python-Code

  Harris Hawks Optimization (HHO) - Python Code

  Language:Python2114

• rodrigorianelly/opendss-faultlocation

  Rodrigo Rianelly's graduation project about "Distributed photovoltaic generation impact on fault location in radial distribution networks".

  Language:Python72

• ZichaoMeng95/Fault-location-in-distribution-network

  Demo presentation

  3

• Taylorfyq/DeepLearning_FaultLocator

  Deep neural network for locating faults in electric distribution systems.

  32

• SobiaatNUST/Quantitative-Analysis-of-MAS-Based-Protection-Systems

  Formal framework for the analysis of MAS-based protection of power distribution networks

  Language:Raku1

• takemaru/dnet

  DNET - Power Distribution Network Evaluation Tool

  Language:Python3413