Renewable Network Analysis Excel/MATLAB
Budget: $30 – $250 USD
Deadline: Today by 2 AM (urgent)
Budget: $50 (fixed)
Word Count: ~1500 words + Excel analysis
Description:
Looking for an experienced electrical/power systems engineer who can complete a technical analysis and short report based on a provided brief (Energy Systems Integration, MSc-level). You will receive the assignment PDF and supporting Excel templates.
Tasks include:
1. Voltage analysis in a 35 kV radial line (2-node system) – current, voltage drop, and phase shift calculations.
2. Grid code compliance – check reactive-power capability (V-P-Q) for a Power Park Module.
3. 6-node radial network – analyse voltage, losses, and efficiency for various load levels and power factors.
4. Generation impact – insert generation at nodes, calculate efficiency/voltage changes, and find max acceptable generation.
Deliverables:
• Excel workbooks with all formulas, results, and charts.
• ~1500-word technical summary (clear, concise explanation of methods and results).
Requirements:
• Background in Power Systems or Electrical Engineering.
• Strong in Excel (formulas/graphs); MATLAB or PowerFactory a plus.
• Must meet the tight deadline (by 2 AM).
To apply:
Send a quick message confirming:
1. Your relevant experience.
2. That you can start immediately and deliver by the deadline.
3. Example of similar technical work (Excel-based or report).
Budget: $50 (fixed)
Word Count: ~1500 words + Excel analysis
Description:
Looking for an experienced electrical/power systems engineer who can complete a technical analysis and short report based on a provided brief (Energy Systems Integration, MSc-level). You will receive the assignment PDF and supporting Excel templates.
Tasks include:
1. Voltage analysis in a 35 kV radial line (2-node system) – current, voltage drop, and phase shift calculations.
2. Grid code compliance – check reactive-power capability (V-P-Q) for a Power Park Module.
3. 6-node radial network – analyse voltage, losses, and efficiency for various load levels and power factors.
4. Generation impact – insert generation at nodes, calculate efficiency/voltage changes, and find max acceptable generation.
Deliverables:
• Excel workbooks with all formulas, results, and charts.
• ~1500-word technical summary (clear, concise explanation of methods and results).
Requirements:
• Background in Power Systems or Electrical Engineering.
• Strong in Excel (formulas/graphs); MATLAB or PowerFactory a plus.
• Must meet the tight deadline (by 2 AM).
To apply:
Send a quick message confirming:
1. Your relevant experience.
2. That you can start immediately and deliver by the deadline.
3. Example of similar technical work (Excel-based or report).