ENERGY
TEKIS
TEIAS Electricity Power Quality and Grid Monitoring System
TEİAŞ Electricity Power Quality and Grid Monitoring System (TEKİS) is a modular and expandable system developed by TÜBİTAK MAM for TEİAŞ, using modern software technologies together with artificial intelligence technologies and big data analytics.
TEKİS was designed and developed as a large-scale system that can monitor the entire electricity grid, including transmission and distribution main feeders, in a holistic structure, store all relevant data and automatically generate the necessary reports.
Technology / Product Overview
It is a central system that monitors, stores and analyzes the entire electricity transmission and distribution network in Turkey with a holistic approach. It is capable of automatic reporting by utilizing artificial intelligence and big data processing technologies.
Technology / Product Name
TEIAS Electricity Power Quality and Grid Monitoring System
Technology / Product Short (Code) Name
TEKIS
Technology / Product Type
Final Product / System
Technology / Product Features and Benefits
With the TEKİS system developed, effective and widespread monitoring of the Turkish Electricity Transmission Network has become possible. TEKİS helps the management of the grid by automating the collection of high-resolution data from the grid, detection, monitoring, analysis and reporting of power quality events and other problems occurring in the grid, and enables forward-looking plans and projections related to the grid.
TEKİS enables the automatic collection of power and power quality parameters from the electricity grid at the same time, in different and high resolutions. These data are automatically analyzed using big data analytics methods. In addition to voltage events, power quality events are also detected on current and power. The causes of power quality events are automatically determined with the event classification capability that will use artificial intelligence technologies. With the voltage pit direction detection capability, the source of such events is automatically detected using different analysis methods.
Developer Research Groups
BYET Energy Monitoring and Forecasting AG, BYET Power Electronics AG
Production and Technology Status
Installation/Production Capacity
It has the capacity to install and commission 1 system per year.
Current Status
The system can be actively used and installed.
Technology Readiness Level (THS)
THS 7
Technical Skills
Calculation of Power, Power Quality and Phasor Data
Power and power quality parameters and phasor data from the Turkish Electricity Transmission System are collected simultaneously, at different and high resolutions and in accordance with relevant international standards (such as IEC 61000-4-30).
Storage of Network Data in a Centralized Database
In case of detection of power quality events, in addition to the event header information, the raw data of the events can be stored in COMTRADE (IEEE/IEC C37.111) format, made available to users and detailed analysis can be performed on this data.
Real-Time Data Monitoring
Data can be monitored in real-time as synchronous graphs.
Map-Based Monitoring
Detected power quality events and defined alarms and load flow can be monitored on a map-based basis.
Historical Data Query and Report Generation
Data can be queried retrospectively and automatic reports can be generated in accordance with international standards such as EN 50160 and EN 61000-2-4.
Voltage Pit Direction Determination
Artificial Intelligence Based Event Classification
With event classification capability using artificial intelligence technologies, the causes of power quality events can be determined automatically and in real-time.
Ability to Receive Data from Different Measurement Devices
In addition to voltage events, power quality events can also be detected through current and power data.
Automatic Integration with Other Energy Systems
- Electric Power System Operator (TEİAŞ): Instant monitoring of the national transmission grid, managing power quality and ensuring system reliability
- Substations: Centralized collection and analysis of data from high and medium voltage substations
- Electric Energy Measurement: Monitoring and reporting compliance with quality standards across the network
