Collection of curriculum and useful examples for researchers, educators, and students using MATLAB and Simulink.
- Siemens Energy Helps Drive Global Energy Transition with Model-Based Design – Siemens uses simulation to support carbon-neutral energy goals.
- Energy Storage for a Renewables Powered World – Tools for designing innovative renewable energy storage systems.
- Control and Analysis of a Grid-Connected Power Conversion System – KERI improves grid-connected system testing with Simulink.
- Reducing Structural Loads on Wind Turbines with Machine Learning and Model Predictive Control – Use MPC and ML to enhance wind turbine efficiency.
- Goldwind Accelerates Wind Turbine and Farm Control Systems Development with Model-Based Design – Goldwind boosts wind energy systems using MBD.
- Hydro-Québec Models Wind Power Plant Performance – Hydro-Québec simulates wind power plant dynamics.
- Otto von Guericke University Magdeburg Optimizes Power Grid as Renewable Energy Sources Come Online – University uses modeling to manage renewable grid integration.
- Sustainability and Renewable Energy Projects – GitHub hub for student renewable energy simulations.
- Renewables Engineering Problem Solving – MATLAB-based course for solving renewable energy problems.
- Wind Turbine Predictive Maintenance – Machine learning project to predict turbine failures.
- International Future Energy Challenge (IFEC) – Global competition on energy-efficient power systems.
- IEEE Power and Energy Society Ideathon – Ideation event focused on smart energy innovations.
- Collegiate Wind Competition – Student teams design, model, and test wind systems.
- American Solar Challenge – Solar-powered vehicle competition across the U.S.
- Microgrids on Mars – Classroom activity modeling Mars-based microgrids.
- 2025 Sustainability and Renewable Energy Challenge – Global challenge for student-led sustainable innovations.
- Simscape™ Onramp – Learn the basics of Simscape for modeling dynamic systems in various physical domains.
- Multibody Simulation Onramp – Get started modeling and simulating 3D mechanical systems in Simscape Multibody.
- Deep Learning Onramp – Learn the basics of deep learning for image classification problems in MATLAB.
- Circuits Onramp – Learn the basics of simulating analog electric circuits in Simscape.
- Power Electronics Onramp – Learn the basics of simulating power electronics converters in Simscape.
- Power Systems Onramp – Learn the basics of power system simulation by modeling a simple microgrid.
- Battery Onramp – Learn the basics of simulating a simple battery management system (BMS) for safe charging/discharging in various temperatures.
- Simscape™ Electrical™ – Model and simulate electrical and power systems.
- Simscape™ Battery™ – Design, size, and simulate battery packs and systems.
- Simscape™ Multibody™ – Build and simulate 3D mechanical systems.
- Simscape™ Fluids™ – Simulate fluid power systems like pumps and valves.
- Renewable Energy Examples – Simulink examples focused on modeling and simulation of renewable energy systems.
- Fluid Mechanics Teaching Modules – MATLAB-based modules for teaching fluid mechanics concepts.
- Conceptual Learning of Fluid Mechanics – Activity to build conceptual understanding of fluid mechanics in the classroom.
- Chemical Engineering Thermodynamics Projects – Teaching modules for applying thermodynamics in chemical engineering using MATLAB.
- Thermodynamics Teaching Modules – A set of MATLAB tools for teaching thermodynamic principles interactively.
- Heat Transfer with MATLAB Curriculum Materials – Courseware to teach heat transfer topics using MATLAB and Simulink.
- Conduction and Convection – Interactive MATLAB activity on heat transfer via conduction and convection.
- System Engineering for Smart Energy – GitHub project showcasing model-based systems engineering for smart energy systems.
- Wind Turbine Model – Simulink model of a wind turbine using a permanent magnet synchronous generator.
- Extended Wind Turbine Model – A detailed wind turbine model including control and grid interface components.
- Wind Farm - Induction Generator – Model a wind farm using fixed-speed induction generator-based turbines.
- Wind-Turbine Asynchronous Generator in Isolated Network – Simulate a wind turbine supplying an isolated load through an asynchronous generator.
- Wind Farm - Synchronous Generator and Full Scale Converter – Full-scale converter-based wind farm with synchronous generators.
- Build a Solar Tracking System – YouTube tutorial to build a solar tracker using MATLAB and Simulink.
- Pitch Control of a Wind Turbine – Learn how to implement pitch control for wind turbines using Simulink.
- Techno-Economic Analysis of a Solar-Powered Green Hydrogen Production System – Analyze the performance and cost of a solar hydrogen system using Simulink.
- Weather Forecast System for the World Solar Challenge – Simulink-based weather forecasting system for solar-powered vehicle racing.
- Green Hydrogen with Renewable Energy Powering Hydrolysis – Demonstration of renewable-powered hydrogen production using Simulink.
- Velocity Profile of Flowing Fluid between Two Parallel Plate – Simulate fluid flow velocity distribution between parallel plates.
- Fluid Mechanics: Flow in Straight Pipes and its Extensions – Visualize pipe flow and extend to Darcy-Weisbach friction models using MATLAB.
- Energy Storage Examples – Explore a range of Simulink-based energy storage system examples from MathWorks.
- Peak Shaving with Battery Energy Storage System (BESS) – Model a battery system that reduces peak power consumption in electrical grids.
- PEM Electrolysis System – Simulate hydrogen production via proton exchange membrane (PEM) electrolysis.
- Green Hydrogen Microgrid – Develop a renewable energy microgrid integrated with green hydrogen production.
- Green Hydrogen (Wind & Solar) from Water Electrolysis – File Exchange project modeling hydrogen generation using solar and wind energy.
- Liquid Air Energy Storage – Analyze energy storage through liquefied air and its recovery in power systems.
- Analyze Performance of Flow Battery – Simscape Battery model for evaluating a vanadium redox flow battery's performance.
- Pumped Storage Hydropower – GitHub model of a pumped storage hydropower plant for grid-scale energy balancing.
- Energy Storage and Power System Control with AI – Learn how AI can optimize control in power systems with energy storage.
- Energy Storage Optimization – Video tutorial demonstrating optimization of storage systems using Simulink.
- Renewable Energy Microgrid Power Optimization – Techno-economic modeling and optimization of a power-to-gas renewable microgrid.
- Green Hydrogen Production in Microgrids – Build and simulate a hydrogen-based energy system within a microgrid.
- Enabling the Green Hydrogen Supply Chain with MATLAB and Simulink – Explore how MATLAB and Simulink can accelerate green hydrogen deployment.
- Power Converters Examples – Simulink examples for modeling and controlling power converters like DC-DC and DC-AC.
- Power Grids Examples – Explore examples for simulating electrical power grids and grid-connected systems.
- Microgrid, Smart Grid, and Charging Infrastructure – Overview of solutions for microgrids, smart grids, and EV charging networks.
- Grid-Tied Inverter – Learn how to model and analyze inverters connected to the utility grid.
- Power Conversion Control – Design and simulate control strategies for power converters and electronics.
- Generation, Transmission, and Distribution – Simulate power system components from generation to end-user delivery.
- Microgrid Control – Understand control systems for microgrids integrating renewables and storage.
- Power Electronics Curriculum Module – Curriculum module for teaching power electronics with interactive simulations.
- DC Circuit Analysis - File Exchange – Analyze and simulate basic DC circuits using MATLAB and Simulink.
- Circuits - File Exchange – Collection of circuit simulation models and tools for learning electrical engineering.
- Electrical Engineering Virtual Electric Machine & Power Labs – Virtual lab package to teach electric machines and power systems interactively.
- Modeling Electrical Power Systems in Simscape Electrical – Video tutorial on building power systems using Simscape Electrical.
- What Is 3-Phase Power? – Introductory video series explaining the fundamentals of 3-phase power systems.
- Three-Phase Synchronous Machine Governor Control Design – Design and simulate governor control for a synchronous generator model.
- Solar PV System with Maximum Power Point Tracking (MPPT) – Model MPPT control using a boost converter for solar PV systems.
- Stand-Alone Solar PV DC Power System with Battery Backup – Simulate a standalone solar PV system with integrated battery storage.
- What Is Microgrid Control? – Learn the concepts and challenges in controlling microgrids.
- Model Predictive Control – Introduction to MPC for optimizing dynamic system performance.
- Evaluating Microgrid Control with Simscape Electrical – Playlist showcasing microgrid control strategies using Simscape.
- Fuzzy Logic MPPT Control for Wind System – MATLAB code for MPPT in wind systems using fuzzy logic control.
- AI for Electrification – Explore how AI can support electrification efforts across industries.
- Long Term Energy Forecasting with Econometrics in MATLAB – MATLAB files for long-term energy demand forecasting using econometric models.
- Model and Simulate Electricity Spot Prices Using the Skew-Normal Distribution – Learn to model electricity prices with a skew-normal distribution.
- Using Machine Learning and Deep Learning for Energy Forecasting with MATLAB – Video on applying ML and DL techniques for energy forecasting.
- Energy Speaker Series - Module 3: Power Systems Monitoring and Control – Watch experts discuss power system monitoring and control strategies.
- Forecast Electrical Load Using the Regression Learner App – Learn how to forecast electrical load using MATLAB apps.
- Power-to-Gas Techno-Economic Analysis and Optimization – Video on optimizing power-to-gas systems for economic performance.
- Harnessing Green Microgrids: Optimizing Renewable Energy and Hydrogen Production – Optimize green microgrids for hydrogen and energy generation.
- AI in Electrical Technologies – Discover how AI is transforming electrical engineering applications.
- MATPOWER for Optimization of Power Flow – Open-source tool for power system simulations and optimization.