PROJECT OVERVIEW:
FAP Power Solutions conducted a comprehensive power monitoring analysis at Trent University. The primary objective was to assess the electrical load and performance of the university’s power network, ensuring that all parameters were within acceptable ranges and identifying any potential issues.
The main goal was to record electrical data for two weeks using Fluke 45 II power analysers and observe the data to ensure safety, efficiency, and reliability.
This case study illustrates the critical role of power analyzers in ensuring electrical system reliability and provides a comprehensive overview of the project’s setup, data collection, and key findings.
EQUIPMENT USED:
The Fluke 435-II Power Quality and Energy Analyzer is designed to minimize downtime, quickly troubleshoot power quality issues, and easily identify the costs of wasted energy. Its measurement process and data output are optimized to help access critical information quickly. Multiple parameters are measured simultaneously and displayed in formats that describe overall power quality health, aiding in better maintenance decisions. Data are presented as digital values, graphs, waveforms, or phasor diagrams.
METHODOLOGY:
Four Fluke 435 II power analysers were installed in four of the buildings.
Data was gathered continuously over a two-week period. Measurements included voltage, current, power, and impedance. Special attention was given to identify any electrical leakages or shortages.
The initial data collection phase was conducted when the buildings were largely unoccupied to establish a baseline.
Further monitoring was scheduled for when students and staff returned to observe the electrical load under normal operational conditions.
The collected data was analysed to identify patterns, and potential issues. Electrical mappings were created to visualize the electrical distribution and identify any problematic areas and analytical graphs were generated.
A detailed report was compiled, highlighting findings and recommendations. The report included high-quality graphs.
FINDINGS:
Normal Operation: Throughout the monitoring period, all electrical parameters remained within their normal average ranges, indicating stable operation of the power network.
Peak Load Analysis: During the end of the study week when students returned to campus, a peak load was observed. This temporary increase in load was managed effectively, with parameters returning to normal levels shortly after.
Electrical Load Analysis: Observed higher electrical loads during peak usage times, with no significant issues detected.
No Leakages or Shortages: Confirmed that there were no significant electrical leakages or shortages in the monitored buildings.
CONCLUSION:
The project demonstrated the importance of regularly checking electrical systems and the benefits of using advanced analytical tools to ensure the safety and reliability of electrical systems. The power monitoring project at Trent University demonstrated the robustness and reliability of the university’s electrical network with no significant issues detected. The Fluke 435-II Power Analyzer helped create detailed electrical maps and provided detailed insights about power quality, to ensure system efficiency.
RECOMMENDATIONS:
Routine Monitoring: Implement regular monitoring using power analyzers to ensure electrical safety.
Load Management: Consider implementing load management strategies during peak times to further enhance efficiency.