ABB Bailey PHARPS00010000 Power Module

The ABB Bailey PHARPS00010000 is a high-performance phasor measurement unit (PMU) designed for advanced power system monitoring and control. It is part of ABB’s Bailey series, renowned for its reliability and precision in electrical grid applications. This device provides real-time synchrophasor measurements, enabling utilities to enhance grid stability, detect faults, and optimize power distribution.

Product Parameters

Product Applications

The ABB Bailey PHARPS00010000 is widely used in:

• Wide-Area Monitoring Systems (WAMS) – Provides real-time grid stability analysis.

• Smart Grids – Enhances situational awareness and fault detection.

• Renewable Energy Integration – Ensures stable power flow from wind/solar farms.

• Microgrid Control – Optimizes distributed energy resource management.

• Transmission & Distribution Networks – Improves reliability and reduces blackout risks.

Product Advantages

1. High Precision – Delivers accurate synchrophasor data for critical decision-making.

2. Robust Communication – Supports multiple protocols (IEC 61850, Modbus) for seamless integration.

3. Compact & Durable – IP54-rated enclosure ensures reliability in harsh environments.

4. Low Latency – Real-time data transmission for rapid grid response.

5. Scalability – Compatible with ABB’s suite of grid automation solutions.

Frequently Asked Questions (FAQ)

1. What is the primary function of the PHARPS00010000?

   It measures synchronized phasor data (voltage, current, frequency) for grid monitoring.

2. Does it support GPS time synchronization?

   Yes, it uses GPS for precise time-stamping of measurements.

3. What communication protocols are supported?

   Ethernet, IEC 61850, and Modbus.

4. Is this device suitable for outdoor installation?

   Yes, its IP54 rating protects against dust and moisture.

5. What is the typical response time for fault detection?

   Less than 20 milliseconds.

6. Can it integrate with existing SCADA systems?

   Yes, it is compatible with most SCADA platforms.

7. What is the expected lifespan of the device?

   5+ years under normal operating conditions.

8. Does it require regular calibration?

   Annual calibration is recommended for optimal accuracy.

9. Is backup power required?

   An optional UPS is suggested for uninterrupted operation.

10. How long is the warranty period?

    The standard warranty is 1 years, subject to proper usage and conditions.