This project aims to forecast the future flow to the water structures managed by DSİ and to operate the storage facilities on a daily, monthly and annual basis; it aims to create an integrated water monitoring, forecasting and basin management model across Turkey by being implemented in 19 basins from Meric-Ergene to Lake Van. In addition, with the Operation and Maintenance Information System (O&MIS) to be developed, all water data will be collected in a common database and analysis and reporting will be possible through web application. Within the scope of the project, the ATHOM model developed for the Seyhan Basin will be adapted to basins across the country and Operational Hydrology, Irrigation and Groundwater modules will be developed.

The project aims to increase the operational safety and energy supply security of the substation. With anomaly detection applications with artificial intelligence and machine learning algorithms, the center will be operated unmanned and operating costs will be reduced. In the project, domestic TM Control and Monitoring Software, Borçka HEPP Automation and SCADA System, preliminary design and detailed design reports, machine learning based anomaly detection applications will be developed. In addition, it is aimed to reduce foreign dependency by solving hardware and software problems.

The project aims to renew the systems in Hirfanlı HEPP, which cannot respond to current grid quality and control needs, with up-to-date technology and national designs. TEMSAN A.Ş. started the renovation of EÜAŞ Hirfanlı HEPP at the end of 2020 and TÜBİTAK MAM control systems will be used in the project. Speed regulator, warning, electrical protection, synchronization, TEİAŞ BYTM communication, SFC, flow, level measurement and efficiency monitoring systems will be developed for 4×40 MVA installed power. Secondary and primary frequency control will be provided with the modern control system and it is aimed to increase system stability with static warning and Power System Stabilizer.

The project aims to generate electricity by using the energy released from friction in the pressure breaker valves in the drinking water network and contribute to the green energy transition. The project aims to disseminate the idea by establishing a container-type power plant, to create an exemplary electricity generation model for municipalities and agricultural irrigation cooperatives with its modular HES structure, and to reduce operating costs by consuming the generated energy at the same measurement point. The project also includes unmanned operation of the power plant with machine learning algorithms, providing data suitable for digitalization with high-resolution sensors, and increasing digitalization in the drinking water network.

The project aims to renew the systems of Keban HEPP, the 3rd largest hydroelectric power plant in Turkey, with modern technology and national designs, since the existing systems cannot meet the current grid quality and control technology requirements. In the project, the power plant will be provided with joint control capability with secondary frequency control, thus improving the power quality of the Turkish and ENTSO-E grids. Within the scope of the project, the Speed Regulator, Warning System, Salt System, Internal Requirement System, SCADA System, Protection System and other systems will be renewed. Following a detailed site survey, design, production, field dismantling and installation works, unit commissioning tests and trial operation will be carried out.

The project aims to upgrade the existing systems with today's technology to improve the plant's operating cost, performance, efficiency, reliability, maintainability and availability. The scope includes turbine and auxiliary systems, speed regulator, butterfly valve and hydraulic control, lubrication, cooling, braking, compressed air and lifting, warning, voltage regulator, protection, transformer, AC-DC internal demand, fire extinguishing and vibration monitoring systems as well as maintenance, repair and cleaning works.

The project aims to create a centralized structure covering all control desks in TCDD 2nd Region (Ankara) Telecommand Center. Switching devices in the field in rail systems will be controlled remotely with standard commands, data will be received with standard protocols, instantly stored and backed up on a secure server and database. Domestic and national software will be developed, hardware supply, installation and system integration will be realized. After the pilot project is completed in Ankara, it will be expanded to 10 other Telecomand Centers across Turkey. The project includes software, simulator, server and control desk infrastructure and technical specifications.

The project covers the development of Power Quality Analyzer devices for integrated monitoring, analysis and reporting on 400kV, 154kV and MV feeders/outlets of TEİAŞ network. The devices will be modular and will have IEC 61000-4-30 class A certification. First, the Base Module with 1 feeder measurement capacity will be designed, then a demo production with 26 feeder capacity will be realized with additional modules. The previous experiences of the organization will be used, preliminary tests will be carried out with 3 prototypes, and after successful results, they will be delivered to TEİAŞ.

The project covers services for forecasting the generation of photovoltaic-based solar power plants, which is important for the predictable and safe operation of the electricity transmission system. In the project, PV generation forecasts will be realized in a period of 6 hours - 3 days using artificial intelligence-based statistical and physical models, and the forecasts developed will be presented to the users through the Load Dispatch Information System currently used by TEİAŞ and developed by our organization.

This project, supported by TÜBİTAK 1004 Program, aims to nationalize 1500V PV inverter technology and design innovative inverters at THS-6 level by bringing together the photovoltaic know-how and experience in Turkey. Within the scope of the project, high-power inverter prototypes suitable for mass production will be developed and at the end of the project, it is aimed to commercialize these products and transfer the knowledge gained to the domestic industry. In addition, the majority of the tests required for PV inverters will be carried out within the scope of the project and the product will be rapidly transformed into a commercial product.

This project, which is supported under the TÜBİTAK 1007 Program, includes the re-installation and commissioning of the 9.5 MVA prototype developed within the scope of the previous HVDA project by providing budget and permits. In this context, it is aimed to install the prototype in Ankara Akyurt Transformer Center, which has a suitable connection and load structure in order to improve the functions of the prototype for the electricity grid, to test and experience it in the field, to carry out installation and commissioning, to provide the necessary operation and maintenance trainings, and to prepare the As-built project for installation and fault finding.

The project aims to develop and increase the scope of the Load Dispatch Information System, which provides tools in the fields of electricity system monitoring, reporting and analysis, which are vital for TEİAŞ to operate the electricity transmission system in a quality, continuous, reliable and economical manner. Within the scope of the project, Network Modeling Studies, Network Analysis Tools Development Studies, Planning Tools Development Studies, System Development Studies, System Integration Studies, System Support and Training Services will be carried out to optimize the performance of the electricity transmission system and strengthen decision support processes.