* A concept of powering & grounding electronic equipment in a manner which is suitable to its operation & compatible with premise wiring system & other connected equipments.

In today’s scenario Power Quality is a major concern to all types of industries, facilities and Data centers, especially those operating with critical machinery & critical ITEs. Poor quality of power leads to

• Unplanned system shutdown
• Data Corruption
• Disk drive problem
• Server rebooting
• Hardware failure
• Network communication issues
• Business interruption
• Excess energy consumption

Monitor / Recording Power Parameters

During the process of Power Quality assessment, we monitor and record the following electrical parameters

• Source and load voltage characteristics
• Source and Load Current characteristics
• Phase Voltage Imbalance
• Voltage Regulation
• Transients
• Common Mode Noise
• Frequency Regulation
• Power factor
• Real, Apparent and Reactive Power
• UPS system input power tracking
• UPS system output performance tracking
• UPS system configuration study
• SMPS input & output study.
• Grounding Study
• Healthiness of Power Distribution
• Harmonic study at all the main incomers.
• Ampicity checks for switchgears.
• Performance of electrical system during change-over from utility to emergency source and vice versa.
• Non-intrusive infrared scanning of all the electrical panels.

Equipments to be used for Study

1. BMI Dranetz Power Guide PG4400 with accessories.

2. Fluke 434/435 Power Quality Analyzer with accesssories.

3. Hioki Data Logger.

4. Megger Ground Tester.

5. Infra-Red camera.

Power Quality Solution

• Verify the quality of power source and proper behavior of the loads in facility
• Reduce the magnitude and frequency of power variations
• Prevent the unplanned power outage to the critical equipments
• Improve the susceptibility of load equipments
• Savings in energy bills due to reduced losses
• Improve system efficiency
• Enhance the uptime of critical equipments
• Improve safety

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