Matlab is a software package which can be used to perform analysis and solve mathematical and engineering problems. It has excellent programming features and graphics capability – easy to learn and flexible. Available in many operating systems – Windows, Macintosh, Unix, DOS It has several toolboxes to solve specific problems.
SESSION I | CLASS TOPICS |
1 | Introduction to Electrical Power systems & Definition | Market Trends | Classification | Application |
Types of Semiconductor Devices | |
2 | Power System Concepts |
History of Power system | Overview | Market Trends| Applications | |
Advanced Technique and Types | |
3 | Renewable Energy Types |
Solar, Wind, Hydral, Tidal, Biomass Thermal | |
4 | Matlab simulink/basics |
5 | Solar Based MPPT with Boost Converter |
Open loop and Closed Loop | |
P&O base MPPT Algoritham | |
Combination of Solar and Wind | |
Hybrid energy with Power Quality | |
6 | 100 W Physical model OF a PV Panel Design By using solar cells |
Partial Shading of solar PV Panel | |
7 | Design and Fabrication solar Dryer |
Solar Based single Phase Inverter by PWM Techniques | |
ANN based MPPT algorithm | |
8 | single stage solar PV based Converter |
Inc Conductance Based MPPT Algorithm | |
9 | A Detailed Design Of 250kw grid Connected Inverter with Power Optimization· |
10 | Analysis and simulation of solar Inverter with power optimization |
Design and analysis of solar based water pumping system | |
11 | Centralized PV system Design |
Two stage converter analysis | |
Fuzzy logic Controller Based MPPT algorithm for PV system· |
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