Hello NN,
As per my understanding in the example file, Microgrid Energy Management System (EMS) using Optimization, when you changed the PV input and loaded with another, power balance condition is not met.
Please note that if you have made changes to the PV input and loaded a different power source, it is possible that the power balance condition is not being met in your Microgrid Energy Management System (EMS) using Optimization. Here are a few possible reasons and suggestions to address the issue:
- Check the power rating: Ensure that the power rating of the new PV input and the loaded power source is compatible with the system's requirements.
- Verify the data input: Ensure that the values for power generation and load consumption are correctly entered.
- Consider system constraints: Review the constraints and limitations within your EMS model like maximum power generation limits, minimum load requirements, or other operational limits.
- Check optimization parameters: If your EMS system uses optimization algorithms, review the optimization parameters and settings.
- Assess system dynamics: the power balance issue occurs during transient conditions or due to sudden changes in load or generation, you may need to implement control strategies to handle these dynamics effectively.
Remember to carefully analyze the changes you made and compare them with the original file to identify any discrepancies or potential causes of the power balance issue.
Since the specific details of your system and the changes you made are not provided, it is difficult to provide a more precise solution. Please provide more details to get more tailored solution.
You can refer the following article for more details: https://www.mathworks.com/matlabcentral/fileexchange/73139-microgrid-energy-management-system-ems-using-optimization?s_tid=srchtitle_support_results_1_microgrid%2520energy%2520management%2520system
I hope it helps.
Thanks
Riya
