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Hello everyone!

I am currently working on a project to model a product's thermal load using EnergyPlus and Matlab, and I would like to use the co-simulation approach through the BCVTB to exchange data between the two programs.

I am using Matlab to calculate the heat load of the product and send it to E+ using BCVTB. E+ will then calculate the temperature inside the freezer and send it back to Matlab to calculate the new heat load for the next step, and so on.

My question is how do I know that E+ takes in consederation the exchanged thermal load.

Hello everyone!

I am currently working on a project to model a product's thermal load load using EnergyPlus EnergyPlus and Matlab, Matlab, and I would like to use the co-simulation approach through the BCVTB BCVTB to exchange data between the two programs.

I am using Matlab to calculate the heat load of the product product and send it to E+ E+ using BCVTB. E+ will then calculate calculates the temperature inside the freezer freezer and send it back to Matlab to calculate re-calculate the new heat load for the next step, and so on.

My question is how do I know that E+ takes in consederation the exchanged thermal load.

Hello everyone!everyone! I have a question that may be silly

I am currently working on a project to model a product's thermal load using EnergyPlus and Matlab, and I use BCVTB to exchange data between the two programs.

I am using Matlab to calculate the heat load of the product and send it to E+ using BCVTB. E+ then calculates the temperature inside the freezer and send it back to Matlab to re-calculate the new heat load for the next step, and so on.

My question is how do I know that E+ takes in consederation the exchanged thermal load.

Hello everyone! I have a question that may be silly

I am currently working on a project to model a product's thermal load using EnergyPlus and Matlab, and I use BCVTB to exchange data between the two programs.

I am using Matlab to calculate the heat load of the product and send it to E+ using BCVTB. E+ then calculates the temperature inside the freezer and send it back to Matlab to re-calculate the new heat load for the next step, and so on.

My question is how do I know that E+ takes in consederation the exchanged thermal load.

Hello everyone! I have a question that may be silly

I am currently working on a project to model a product's thermal load using EnergyPlus and Matlab, and I use BCVTB to exchange data between the two programs.

I am using Matlab to calculate the heat load of the product and send it to E+ using BCVTB. E+ then calculates the temperature inside the freezer and send it back to Matlab to re-calculate the new heat load for the next step, and so on.

My question is how do I know that E+ takes in consederation the exchanged thermal load.

Hello everyone! I have a question that may be silly

I am currently working on a project to model a product's thermal load using EnergyPlus and Matlab, and I use BCVTB to exchange data between the two programs.

I am using Matlab to calculate the heat load of the product and send it to E+ using BCVTB. E+ then calculates the temperature inside the freezer and send it back to Matlab to re-calculate the new heat load for the next step, and so on.

My question is how do I know that E+ takes in consederation the exchanged thermal load.

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