How to control power source base on load condition in Matlab/simulink

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SUMMARY

This discussion focuses on controlling power sources in a microgrid model using MATLAB/Simulink based on dynamic load conditions. The user seeks to automate the activation and deactivation of generators in response to real-time load changes. A suggested solution involves utilizing an 'If Block' in Simulink to manage power sources, where outputs from 'If Action' blocks are merged to create a continuous variable that regulates power control. This method enables efficient management of power resources in fluctuating load scenarios.

PREREQUISITES
  • Familiarity with MATLAB/Simulink environment
  • Understanding of microgrid modeling concepts
  • Knowledge of conditional logic in Simulink
  • Experience with dynamic load simulation
NEXT STEPS
  • Explore the use of 'If Block' and 'If Action' blocks in MATLAB/Simulink
  • Research dynamic load modeling techniques in microgrid systems
  • Learn about merging outputs in Simulink for continuous variable control
  • Investigate real-time simulation capabilities in MATLAB/Simulink
USEFUL FOR

Engineers and developers working on microgrid systems, MATLAB/Simulink users interested in dynamic power management, and professionals focused on optimizing energy resources based on load conditions.

arabianights
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hi

i'm using Matlab/simulink to create a microgrid model which simulate dynamic control of power based on the loads. the loads are changing based on the realtime. I use several voltage sources to power the loads. I would like to be able to turn on/off the generator based on the loads. for example, when there's more power needed, an extra power source will be brought online.
if the loads need less power, a power source will be taken offline.

any suggestion on how to control the power source based on the loads?

thanks
 
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You could try using an 'If Block' in simulink and have your output going into an 'If action'. Then the output of these if action blocks could be represented by a number and you then merge all of the if actions to get a continuous variable. You could then link the output of the merge into the part of your model which controls power or what not.

I'm not an expert but with some playing around I'm sure you could get this to work.
 

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