New approach for determining the optimal point of injection of PV energy into the East interconnected electrical grid Cameroon using the Bald Eagle Search algorithm.
Domaine:
environment and energyType de record:
paper
Créateur:
PerFISNDJ
Éditeur:
Res
Hôte:
Abstract
In this work, we searched for the optimal node in East interconnected electrical grid Cameroon. By injecting electrical energy from photovoltaics. This makes it possible to meet the demand for electrical energy using renewable energies and to reach the maximum population. We first used the IEEE 33-node network to validate our algorithm, then we used a real electrical grid from EAST Cameroon. The main criterion is the minimization of active energy losses during injection. The algorithm used is the white-necked eagle algorithm was used. The method was implemented in MATLAB to find the optimal node in the radial network of 33 nodes. The results compared to the other methods show a reduced percentage of the total active losses in the network.
Similaires
Assessment of Wind Energy based on Optimal Weibull Parameters Estimation using Bald Eagle Search Algorithm: Case Studies from EgyptOptimal Power Flow Solution of the Algerian Electrical Network using Differential Evolution AlgorithmOptimal PMU placement in the Southern Cameroon Interconnected Grid considering the effect of a group of ZIBs for complete obervability and dynamic stabilityPredictive Management Algorithm for Controlling PV-Battery Off-Grid Energy SystemPowering community electrical loads in Cameroon using off-grid hybrid energy systemsOptimal Sizing and Operation of PV–Diesel–Battery Hybrid Energy Systems for Electric Vehicle Charging Using Homer Grid