THE CMPC 800
Our central server connects all merging units, analyzing real-time data to provide actionable insights and ensure reliable, scalable power grid management.
WHY IT'S ESSENTIAL
The server is the backbone of your digitalized power grid.
Enabling seamless communication between devices and providing the tools needed to optimize performance, minimize downtime, and reduce operational costs. By centralizing intelligence, it enhances the reliability and efficiency of energy distribution while supporting predictive maintenance and long-term sustainability goals.
PRODUCT FEATURES
The Core Capabilities
01
Real-Time Data Processing
Receive live insights into your grid’s performance with high-speed data handling that keeps you informed and in control.
02
Seamless Integration
Effortlessly integrate with SCADA, IoT devices, and cloud platforms, making system upgrades simple and future-ready.
03
Advanced Analytics
Detect anomalies, monitor trends, and predict maintenance needs before issues arise, saving time and resources.
04
Precision Time Synchronization
With IEEE 1588 (PTP), achieve millisecond-level timing accuracy for event logging and coordination.
FEATURES AND BENEFITS
The Meaning Behind CMPC 800
C
Centralized
The server acts as the core of your power grid system, consolidating all data from merging units into one centralized platform. This ensures that all grid performance information is easily accessible in one secure location for operators.
M
Monitoring
With real-time data processing, the server leverages PMU, PD, PQM, and DFR systems to monitor performance, delivering up-to-the-minute insights. This integration helps detect potential issues, enabling quick identification of irregularities that could affect grid stability.
P
Protection
Advanced analytics within the server help identify potential faults or anomalies early, triggering automatic alerts. This proactive approach allows for swift corrective actions, ensuring the grid operates smoothly and safely, minimizing downtime.
C
Control
The server integrates seamlessly with SCADA systems, giving operators centralized control over grid settings and configurations. This ensures efficient management, quick response times, and optimized performance across the entire power network.
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SYSTEM ARCHITECTURE
How It Works
The server gathers data from merging units, analyzes it in real-time, and provides actionable insights through an intuitive dashboard.
Substation SWG
Stream Sampled Values (SVs) from relays using IEC 61850-9-2LE or install merging units (MUs) to digitalize data from CTs and VTs.
Substation Server
Servers process SVs for PD monitoring, Anomaly Detection, Virtualized PQM, PMU, and DFR to monitor grid performance and detect faults.
VPN Tunnelling
Transmit data securely via VPN tunneling or Black Fiber Optics for high-speed, secure communication between substations and servers.
AI Analytics
Send data to the data center for AI analysis, which detects trends, identifies issues, and optimizes grid performance.
From Merging Units to Operator Insights
Data from the merging units is sent to the central server, where it's processed and analyzed. The server then connects to SCADA or the cloud, providing operators with real-time insights through an easy-to-use interface. This seamless flow ensures quick, informed decisions for optimal grid performance.