Courseware for the Introduction to Integrated Energy System

Version 1.0.1 (138 MB) by HH428
This courseware provides a comprehensive introduction to integrated energy systems. MATLAB scripts are included for interactive simulations.
32 Downloads
Updated 9 Mar 2025

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Integrated energy systems are a key research focus in the energy sector, aiming to construct multi-energy complementary and coordinated energy systems. They serve as a crucial step in energy system reform and a foundation for achieving carbon neutrality.
This course first establishes the fundamental relationship between energy systems and the environment, analyzing their impact on the Earth’s carbon cycle. It then introduces major energy sources such as coal, oil, natural gas, nuclear, hydro, and solar energy, explaining their operational characteristics. Finally, it provides fundamental modeling approaches for power, gas, and heat networks, laying the foundation for exploring optimization strategies for integrated energy system operation.
The course utilizes MATLAB scripts for practical demonstrations, enabling direct visualization of key concepts and data interactions. The interactive control features in the scripts provide mathematical model simulations, making the optimization models for integrated energy systems more intuitive and easier to understand.
The Chinese version of this courseware can be assessed here:

Cite As

HH428 (2025). Courseware for the Introduction to Integrated Energy System (https://uk.mathworks.com/matlabcentral/fileexchange/180335-courseware-for-the-introduction-to-integrated-energy-system), MATLAB Central File Exchange. Retrieved .

MATLAB Release Compatibility
Created with R2024b
Compatible with any release
Platform Compatibility
Windows macOS Linux

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LiveScripts commented in EN/NO12_Power System Operational Flexibility and Resource Shortage Issues/HeatGasPowerCombination

LiveScripts commented in EN/NO12_Power System Operational Flexibility and Resource Shortage Issues/case

LiveScripts commented in EN/NO12_Power System Operational Flexibility and Resource Shortage Issues/functions

LiveScripts commented in EN/NO1_ Long-term Trends of Solar Energy Reception on the Earth’s Surface

LiveScripts commented in EN/NO6_Wind Power Generators

LiveScripts commented in EN/NO10_Simple Heat Network

LiveScripts commented in EN/NO11_CHP Unit Model and Its Operational Region

LiveScripts commented in EN/NO12_Power System Operational Flexibility and Resource Shortage Issues

LiveScripts commented in EN/NO1_ Long-term Trends of Solar Energy Reception on the Earth’s Surface

LiveScripts commented in EN/NO2_Greenhouse Effect and Light Spectrum Absorption

LiveScripts commented in EN/NO3_Carbon Cycle Balance of the Earth

LiveScripts commented in EN/NO4_Properties and Three States of Water

LiveScripts commented in EN/NO5_Conventional Generator Model

LiveScripts commented in EN/NO6_Wind Power Generators

LiveScripts commented in EN/NO7_Nuclear Power

LiveScripts commented in EN/NO8_Simple Power Grid

LiveScripts commented in EN/NO9_Simple Gas Network

Version Published Release Notes
1.0.1

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1.0.0