Products

PFM-300 GCC

 
 
 
pfm-300 gcc

Advanced grid compliance monitoring system engineered to ensure that power generation facilities meet stringent grid codes and regulations.

Tailored specifically for renewable energy sources such as wind farms and solar power plants, the PFM-300 GCC provides real-time monitoring and evaluation of power system performance against established compliance standards.

ABOUT THE PRODUCT

PFM 300 - GCC maintaining the reliability and stability of power grids, particularly as they incorporate a growing share of renewable energy.

It features high-precision measurement capabilities and a robust analysis toolkit that enables operators to swiftly detect and address deviations from grid requirements, enhancing operational confidence and regulatory compliance.

Real-Time Monitoring Comprehensive Analysis Multiple Grid Code Future-Ready Design
core functions

Real-Time Monitoring and
High-Precision Measurement

  • The PFM-300 GCC provides real-time monitoring and evaluation of power system performance, coupled with high-precision measurement capabilities. This combination ensures that operators can swiftly detect and address deviations from grid compliance requirements, maintaining operational reliability.
core functions

Comprehensive Analysis and Reporting Tools

  • Equipped with a robust analysis toolkit and comprehensive data logging and reporting functionalities, the PFM-300 GCC enables operators to thoroughly assess grid compliance, document performance, and generate detailed reports essential for regulatory adherence.
core functions

Support for Multiple Grid Code Tests

  • The system supports a variety of grid code tests, including voltage, frequency, and flicker standards. This versatility ensures that power generation facilities meet diverse regulatory requirements across different regions and grid systems.
core functions

Scalable and Future-Ready Design

  • The PFM-300 GCC features a scalable architecture, allowing it to adapt to installations ranging from small renewable energy projects to large, multi-site applications. Its design also prepares power producers to effectively face future regulatory challenges and evolving grid integration needs.