Energy network control centers will face several challenges in the future to:
- Deal with the increase share of renewable energies Reduce carbon dioxide production
- Improve grid stability, resilience, and system security
- Smart control of networks and the use of PMUs followed by big data streams
- Increase system productivity & real-time analysis of the system status
Need for the design & development of new management & control systems is unavoidable
The CESS SCADA-EMS/WAMS is a state-of-the-art platform designed to enhance the management andoperation of power networks. It ensures real-time monitoring, network control, and operational security with Windows and Web-based flexibility.
Backed by extensive research and engineering expertise,the system continuously evolves with AI-driven analytics, predictive insights, and smarter grid management, delivering efficiency, reliability, and innovation for modern power systems.
- This platform is the heart of the control and management approach required by the energy network operation and control centers
- Our presented solutions leverage advanced methods like artificial intelligence (AI) to provide real-time decision-making capabilities for power system operations
- This allows for a thorough analysis and observation of the grid’s current status and precise future state-estimation, catering to the need for immediate and smart responses in power systems operation
- The impact of new technologies are considered in our product to meet the requirements for the future control centers
- Our platform complies with new standards & protocols
Key features:
- Advanced Data Reception, Storage, & Visualization: Ensuring professional-grade data management, real-time monitoring, and historical data analysis.
- Intelligent Fault Detection & Resolution: Rapidly identifying voltage deviations, overloads, andanomalies to maintain system integrity.
- Integrated Multi-functional Platform: A versatile EMS supporting WAMS & ADMS.
- High Security & Compliance: Implementing robust security protocols and standards to guarantee safe operation.
In more detail, the abilities of our developed product are:
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- Real-Time and Play-Back Functionality
- Ability to communicate and receive information from PMUs & RTUs with different brands and frame rates
- Microsoft SQL Server Database
- Storage of data in NoSQL format
- Web-Based & Windows Application architecture
- Real-time display and analysis of data
- Ability to send signals and alerts to users via SMS, Email, and voice alarms
- Ability to upload raw files
- Transmission network single-line diagram (SLD) module with editable post-substationarrangement
- Parallel processing, cybersecurity, reliability,accessibility, redundancy, and firewall protection
- User-defined variable support
- Transmission network dynamic hybrid state estimation module based on combined data of RTUs & PMUs
- Application of intelligent methods (Machine Learning & Deep Learning) to increase the accuracy and speed of power system analysis
Computing Modules in detail:
- Hybrid state estimation using SCADA (RTU) & PMU data for control centers
- Contingency Analysis
- Voltage stability assessment
- Fault location detection
- Load forecasting
- Smart Load Shedding
- Network reconfiguration
- Dynamic voltage stability
- Network topology detection
- Unit Commitment (UC)
- Security constrained UC
- Short circuit studies
- Load flow calculations
- Evaluation of network security & reliability
- Economic dispatch
- Automatic generation control (AGC)
Industry Compliance & Standards:
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- IEEE Std C37.118.1™-2011
- IEEE Std C37.118.2™-2011
- IEEE Std C37.247™-2019
- IEEE Std C37.244™-2013
- IEEE Std C37.111-1999
- IEC60870-5-101, 104
- IEC60870-6-TASE.2
- IEC61850
- ISO 9506 MMS
- ISO 8650 ACSE
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