Incremental Conductance (INC) MPPT Explained | PV Curve, Equations & Flowchart

Complete explanation of the Incremental Conductance (INC) MPPT algorithm — modelling, equation derivation, and flowchart walkthrough for PV maximum power point tracking. Perfect for students, researchers, and beginners in renewable energy.

In this video you’ll learn:
☀️ Understanding the PV Curve
– How voltage, current, and power vary with irradiance
– Identifying the Maximum Power Point (MPP)
– Relationship between dP/dV, dI/dV, and I/V

✨ Deriving the INC MPPT Equations
– Mathematical condition for MPP: dI/dV = –I/V
– How incremental conductance uses instantaneous and incremental changes
– Step-by-step formulation of the MPPT decision logic

🔍 INC MPPT Algorithm Logic
– How the controller determines whether operating point is left or right of MPP
– How the duty cycle is adjusted to move toward MPP
– Understanding tracking behavior during changing irradiance

📊 INC MPPT Flowchart Explanation
– Block-by-block explanation of the flowchart
– Working sequence of the algorithm
– Handling dynamic environmental conditions (rise/drop in irradiance)

⚡ Advantages of INC MPPT
– Faster and more stable than P&O
– Accurate under rapidly changing sunlight
– Eliminates oscillations around MPP

P&O MPPT Implementation — code overview,, integration with the DC–DC converter.
https://youtu.be/k394qX6H_eU

📁 To get MATLAB files, text me at:
WhatsApp: https://wa.me/919500873986
WhatsApp: +91 95008 73986

Видео Incremental Conductance (INC) MPPT Explained | PV Curve, Equations & Flowchart канала Arun Selvaraj