Simulating Battery Models for Inverters in PSCAD: Options and Considerations

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PSCAD currently lacks a dedicated battery model for simulating inverters, particularly in its educational version, which does not include a PV module. Users are seeking alternatives to simulate battery behavior, emphasizing the importance of accurately measuring the State of Charge (SOC). Suggestions include using large capacitors to mimic energy storage characteristics, adjusting source resistance based on voltage to reflect battery discharge behavior. The discussion highlights the challenges of using a standard DC source, which behaves as an infinite power supply. Overall, participants are looking for practical solutions to effectively model battery dynamics in their simulations.
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Hi, I am working on distributed generation and i am using PSCAD. The problem I am facing is that PSCAD does not have a battery model. I am looking for a battery model which can be used for the inverters. (I am using the educational version which does not have a PV module).

The models available in literature involve the measurement of State of Charge. In such cases the accuracy of measurement of SOC is a factor. Kindly suggest options to simulate a battery.

Using the available DC source is not an option as it would behave as an infinite source and would not solve the purpose.
 
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Hi, I have the same question and problem. I'm wondering now that I'm writing this, you have solved the problem. If yes, can you please let me know how you solved it?

Thanks
 
stallion27 said:
Hi, I am working on distributed generation and i am using PSCAD. The problem I am facing is that PSCAD does not have a battery model. I am looking for a battery model which can be used for the inverters. (I am using the educational version which does not have a PV module).

The models available in literature involve the measurement of State of Charge. In such cases the accuracy of measurement of SOC is a factor. Kindly suggest options to simulate a battery.

Using the available DC source is not an option as it would behave as an infinite source and would not solve the purpose.

amirfa said:
Hi, I have the same question and problem. I'm wondering now that I'm writing this, you have solved the problem. If yes, can you please let me know how you solved it?

Thanks

Welcome to the PF.

Can you maybe use a very large capacitor as the energy storage part of the "battery"? And you could make the source resistance depend on the "battery" voltage to model that characteristic of a discharging battery...
 
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