This MATLAB project provides a comprehensive framework for techno-economic assessment of green hydrogen production systems. Using MATLAB's Simulink and Optimization Toolboxes, we model electrolyzer performance, renewable energy integration, and storage solutions. The tutorial covers capital/operational expenditure analysis, levelized cost of hydrogen (LCOH) calculations, and sensitivity analysis for different production scales. Includes case studies comparing PEM vs alkaline electrolyzers powered by solar/wind hybrids, with economic models adaptable to regional energy prices and policy incentives. Learn to simulate 20-year project timelines, optimize system sizing, and generate professional feasibility reports with MATLAB's reporting tools.
Develop energy-aware trajectory planning for quadrotor drones using MATLAB's Robotics System Toolbox. This project implements model predictive control accounting for dynamic constraints, wind disturbances, and battery characteristics to generate optimal 3D flight paths. The t.....
Autonomous Systems drone path planning MATLAB robotics
Build air quality prediction systems using MATLAB's Regression Learner and Time Series Toolboxes. This project develops machine learning models for PM2.5 and ozone forecasting using meteorological and pollution data. Learn to handle spatial-temporal correlations, feature selection from sensor networks, and uncertainty quantification. Includes complete wo.....
Build air quality pr PM2.5 forecasting ozone prediction
Design advanced locomotion controllers for quadruped robots with manipulators using MATLAB's SimMechanics. This project implements dynamic gait generation and payload compensation algorithms for stable mobile manipulation. The tutorial covers footstep planning, whole-body con.....
Robotics quadruped robot MATLAB robotics
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