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Objective:
Technical Approach:
Accomplishments:
Next Steps:
Potential Impact:
Student: Jinyanzi Luo Advisors: Nitish Sharma, George Karady
Determination of the Maximum Permitted Load
in the Simplified FREEDM Loop System
• Understand the basic load flow concept
• Learn to use PowerWorld Simulator
• Determine the maximum allowable power at each load
• PowerWorld Simulator
• Contingency analysis of the
system
• Overcurrent protection of the
loop against faults
Power
Triangle
• Max. power at each load is one of the
indicators to operate the system
under safety ratings
• Prevent risks of over-heating or
damage to the equipment
• Understood basic electrical grid concept
• Using PowerWorld to demonstrate and
analyze different network systems
Power
Factor
Reactive
Power
(Mvar)
Maximum Loads (MW)
Load #1 Load #2 Load #3 Load #4 Load #5 Load #6 Load #7
1 0 8.53 5.58 8.66 7.72 6.36 7.29 7.01
0.85 1.24 4.60 3.25 4.44 4.06 3.45 3.86 3.77

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Jin's FREEDM poster

  • 1. Objective: Technical Approach: Accomplishments: Next Steps: Potential Impact: Student: Jinyanzi Luo Advisors: Nitish Sharma, George Karady Determination of the Maximum Permitted Load in the Simplified FREEDM Loop System • Understand the basic load flow concept • Learn to use PowerWorld Simulator • Determine the maximum allowable power at each load • PowerWorld Simulator • Contingency analysis of the system • Overcurrent protection of the loop against faults Power Triangle • Max. power at each load is one of the indicators to operate the system under safety ratings • Prevent risks of over-heating or damage to the equipment • Understood basic electrical grid concept • Using PowerWorld to demonstrate and analyze different network systems Power Factor Reactive Power (Mvar) Maximum Loads (MW) Load #1 Load #2 Load #3 Load #4 Load #5 Load #6 Load #7 1 0 8.53 5.58 8.66 7.72 6.36 7.29 7.01 0.85 1.24 4.60 3.25 4.44 4.06 3.45 3.86 3.77