Türk Telekom developed with domestic engineering for digitalization in energy infrastructure. Ttessa Platform has put into operation. The energy management of fixed and mobile network systems will now be carried out centrally with this artificial intelligence -supported system. With this project, the company aims to both control energy consumption and reduce carbon release. It is stated that the developed system has a structure that supports environmental goals.
TtessaIt allows to monitor the life cycle of infrastructure equipment used in energy and cooling systems. All processes can be tracked digitally from the purchase of equipment to the existence of use. However, the system automates many operations from maintenance activities to alarm management. All these processes can now be watched on a single digital platform.
TTESSA Platform, which digitizes energy infrastructure, was developed by Türk Telekom
This platform is located as a comprehensive management tool for measuring electricity consumption, invoice tracking and evaluating equipment performance. At the same time, it is aimed to prevent unnecessary energy expenditures with artificial intelligence -supported analysis skills. The data offered by TTESSA ensure that the future investment decisions are taken more accurately. Thus, the energy infrastructure is not only monitored; It is also continuously optimized.
This project of Türk Telekom was awarded first in the ‘Digital Transformation’ category within the scope of the 10th Efficiency Project Awards. Organized by the Ministry of Industry and Technology, this success was achieved by standing among 613 projects. Ttessa’s winning this award shows that the platform’s real effects in the field of application are taken into consideration as well as the technical competencies of the platform. The system was brought to the forefront as well as its technical infrastructure and its contribution to the vision of sustainability.
Thanks to the platform, Türk Telekom continues to provide energy efficiency in a wide range of infrastructure from data centers to base stations. The infrastructure supported by artificial intelligence accelerates operational processes and reduces maintenance costs. However, the audit on electricity consumption contributes to the company’s reduction of energy expenses. However, these gains are not only within the company; It also has an impact on the protection of energy resources throughout the country.
Ttessa’s benefits are not limited to energy efficiency. With alarm systems, early warning mechanisms can be commissioned and prevented before possible malfunctions occur. In this way, service interruptions are prevented and system continuity is ensured. In addition, the execution of maintenance processes by digital planning paves the way for more strategic use of the labor force. Thanks to the digitalization of processes, resources can now be guided more rationally.
The company’s Network Deputy General Manager Zafer Orhan said in a statement that they give priority to environmental technologies. Orhan said that the TTESSA platform is an important tool for both energy saving and environmental management. He said that digitally, the whole of the energy infrastructure plays a critical role in long -term sustainability. He added that this approach has made concrete contributions to Türkiye’s digitalization process.
Türk Telekom, this project is not only its own infrastructure; indirectly aims to establish a structure that will affect Türkiye’s energy balance. This solution developed with domestic resources is thought to inspire other examples in the public and private sector. In any case, the effects of digitalization on productivity in the infrastructure will be felt more concretely. The measurable data provided by TTESSA will provide more precise analyzes in decision -making mechanisms.
The energy saving of the platform is not only the cost advantage; It is also evaluated in terms of environmental sensitivity. Reducing carbon emissions makes it easier for companies to fulfill the obligation to act in harmony with the environment. Türk Telekom’s emphasis on domestic engineering capacity in this project is also considered an important step in terms of technological independence. In this way, dependence on the outside decreases, while systems become more sustainable.
TTESSA seems to be more discussed in the coming period as a system that combines digitalization, energy management and environmental responsibility under the same roof. This transformation, which Türk Telekom started in the infrastructure, may spread to wider areas over time. The more intelligent use of energy sources is not only today’s but also the basic needs of the future. Therefore, the development and effects of the platform will be closely monitored in the long run.