In MATLAB, implementing Perturb and Observe (PO) Maximum Power Point Tracking (MPPT) for a wind energy system with grid integration involves creating a simulation environment that combines wind turbine dynamics, power electronics, and grid connections. The PO MPPT algorithm adjusts the wind turbine's operating point to track the maximum power point (MPP) under varying wind speeds and turbine characteristics. MATLAB provides tools for modeling wind turbine behavior, simulating wind speed profiles, implementing PO MPPT algorithms, and analyzing system performance. Engineers can optimize MPPT parameters, assess the effectiveness of the PO algorithm in maximizing energy extraction from wind, and evaluate the impact of different control strategies on grid stability and energy efficiency. By simulating various scenarios and optimizing system parameters, MATLAB facilitates the development of efficient and reliable wind energy systems with grid integration, contributing to increased renewable energy utilization and improved grid resilience.