Today, on November 18, the “Decarbonized Heating System Using Geothermal Resources” was officially inaugurated at the Center for Innovation Development of Science and Digital Technologies of the National Academy of Sciences of Tajikistan.
The opening ceremony was attended by the President of the National Academy of Sciences of Tajikistan, Academician Khushvakhtzoda Qobiljon Khushvakht, the Ambassador Extraordinary and Plenipotentiary of Japan to Tajikistan Ms. Keiko Furuta, the representative of the Ministry of Foreign Affairs of the Republic of Tajikistan Mr. Mirzosharif Jalolov, Head of the JICA Office, Mr. Seiju Imai, and representatives of various ministries and agencies of Tajikistan.
As part of the project, an “Ion Chromatography Analyzer” was installed and young researchers received full training. During the opening ceremony, the device was presented by the senior researcher of the Center, Farzona Najmiddinova.
It should be noted that the implementation of the project “Improving the Decarbonized Heating System Using Geothermal Resources” is of great importance, as it helps address a number of key energy, environmental, and social challenges in Tajikistan.
Providing heating in mountainous climates and harsh winters, especially in remote areas, remains one of the pressing issues. Currently, most households, educational institutions, and medical facilities rely on coal, firewood, or liquefied gas, which requires significant expenses and causes environmental pollution due to CO₂ and other emissions.
Using geothermal energy through Ground Source Heat Pump (GSHP) systems makes it possible to reduce heating costs and minimize carbon emissions. The technology operates using stable underground temperatures and can function efficiently year-round.
The application of such technologies not only reduces the use of conventional fuels but also represents a transition to clean and renewable energy sources. At the same time, it improves local energy independence, reduces consumer expenses, and contributes to environmental protection.
Artificial intelligence has also been effectively integrated into this system. Digital systems powered by AI continuously analyze data from sensors—such as underground temperature, heating demand, and climate conditions—allowing for automatic optimization, reduced energy consumption, and improved stability of the entire network.
AI capabilities also support heating load forecasting, intelligent indoor energy management, and cost reduction. As a result, the system becomes not only environmentally friendly and cost-efficient, but an advanced intelligent infrastructure.
Given Tajikistan’s considerable geothermal potential and favorable climate conditions, the integration of GSHP technology and artificial intelligence can become a progressive technological model for other regions and significantly contribute to national strategies for sustainable development, efficient resource use, and climate adaptation.
