The aim of this project is to implement a reliable energy monitoring system which can measure current and voltage values to calculate useful parameters in order to produce useful outcomes or to carry out certain functionalities like device identification, pattern recognition, cost prediction etc. For this a set of smart plug devices are connected to a central device via wireless technology.
Autonomous Transmissions Line Inspection and Fault Detection System Mr. Pasika Ranaweera, A. M. G. V. I. Lakmal, K. S. S. Prabhashwara, D. C. Alahakoon, W. M. M. S. C Perera, U. L. J. T. Perera, T. U. Malaviarachchi Power transmission network is the most critical part of a power system due to its connectivity with…
MPPT Technique Based on Perturb and Observe Method for PV Systems Under Partial Shading Conditions Dr. Iromi Ranaweera, Raziya, M. Afnaz, S. Jesudason, I. Ranaweera and H. Walpita An algorithm to track the maximum power point of a photovoltaic panel under partial shading conditions was developed and tested via simulations and hardware implementation. Key Words:…
SMART POWER MANAGEMENT SYSTEM Rajitha Udawalpola, Taisuke Masuta The aim of this project is to implement a reliable energy monitoring system which can measure current and voltage values to calculate useful parameters in order to produce useful outcomes or to carry out certain functionalities like device identification, pattern recognition, cost prediction etc. For this a…
Keywords: Machine Learning, Embedded System
The aim of this project is to implement a reliable energy monitoring system which can measure current and voltage values to calculate useful parameters in order to produce useful outcomes or to carry out certain functionalities like device identification, pattern recognition, cost prediction etc. For this a set of smart plug devices are connected to a central device via wireless technology.
