2018 |
Volume 4 |
Issue Issue 1
Solar Multilevel Inverter with MPPT Technique and Harmonic Reduction
1.
S. Banumathi
– Dept. Of Electrical And Electronics Engineering, M. Kumarasamy College Of Engg., Tamil Nadu, India.
2.
S. Gowtham
– Dept. Of Electrical And Electronics Engineering, M. Kumarasamy College Of Engg., Tamil Nadu, India.
3.
R. Manoj
– Dept. Of Electrical And Electronics Engineering, M. Kumarasamy College Of Engg., Tamil Nadu, India.
4.
S. Praveen Raj
– Dept. Of Electrical And Electronics Engineering, M. Kumarasamy College Of Engg., Tamil Nadu, India.
5.
And N. Vigneswaran
– Dept. Of Electrical And Electronics Engineering, M. Kumarasamy College Of Engg., Tamil Nadu, India.
Received
21-Jun-2018
|
Accepted
-
|
Published
21-Jun-2018
|
Abstract
This paper exhibits a single phase five level photovoltaic inverter with Maximum Power Point tracking which can be used for the implementation of grid connection. Now a days, connection between solar and grid are the most demanding topic. Sun based photovoltaic power is a monetarily practical and dependable innovation with huge latent in the future. PV systems are connected with modular topologies, which is to improve the efficiency and flexibility. It intends to lessen the quantity of switches alongside gateway drivers and spike removing switch included. This paper displays a PV sustained five level cascaded switched diode (CSD), MLI (Multi Level Inverter) where in the MPPT (Maximum Power Point Tracking) is completed through an ANN (Artificial Neural Network).
Keywords Artificial neural network, DC-DC buck boost converter, Maximum power point tracking, PV panel.
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