Closed Loop Boost Converter Matlab Simulink Model
Title: - The simulation of closed loop ac to dc MMC with voltage balancing
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Implementation Plan:
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Step 1: Initially we design the Closed-loop control of the DC-DC modular multilevel converter simulink model.
Step 2: Then we perform set the input voltage range 11kV to 15KV to the simulink model.
Step 3: Next, the phase of input current is derived based on the parameters of the DC-DC modular multilevel converter and it can be used to determine the ranges of active and reactive power generated by the DC-DC modular multilevel converter.
Step 4: Next we perform a DC-DC converter to achieve unity power factor (UPF) operation and constant. Next we perform a DC/DC converter for converting an input DC voltage between input lines into an output DC voltage between output lines included.
Step 5: Next we perform the DC short-circuit fault is a crucial issue in DC grids because the DC fault current increases rapidly with accompanying high fault energy.
Step 6: Finally, we display the following result in a waveform
6.1 Voltage
6.2 Current
6.3 Accuracy %
6.4 Precision %
6.5 Recall %
6.6 F1-score %
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Software Requirement:
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1. Tool: Matlab R2020a\Simulink
2. OS: Windows 10 – (64-bits) ============================================================================================================================================================================
Title:- The simulation of closed loop ac to dc MMC with voltage balancing
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Install the required software...
Download the Zip file and extract it. Then paste it to the D or E drive. Next Copy the the "simulation of closed loop ac to dc MMC with voltage balancing" folder under the Code folder and paste nto D or E Drive.
Note: Don't Delete any file or folders project contains...
Then Launch matlab IDE.
Next copy the source code location (Note: Use the source code location avoids space). Then paste the source code location into matlab address location. After paste, press the enter key.