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Information × Registration Number 0225U002558, (0123U101920) , R & D reports Title Economic and mathematical modeling and management technologies of cross-border energy security in the conditions of military operations and post-war reconstruction popup.stage_title Економіко-математичне моделювання розгортання критичної енергетичної інфраструктури Head Kolosok Svitlana I., Кандидат економічних наук Registration Date 19-03-2025 Organization Sumy State University popup.description1 Development of a methodological and methodical basis for ensuring cross-border energy security to increase the competitiveness of the supply of renewable energy to neighboring countries, overcome strategic energy dependence, protect against cascading physical, digital and hybrid energy threats in the conditions of military operations and post-war recovery popup.description2  The research object is the system of socio-ecological-economic relations that arise in managing cross-border energy security in the conditions of military actions and post-war reconstruction. The research subject: theoretical and methodical principles of management of socio-ecological-economic relations arising at the cross-border level regarding energy security management in the conditions of military operations and post-war reconstruction. The study aims to form the fundamental principles of cross-border energy security under the influence of physical, cybernetic and hybrid threats to critical energy infrastructure to increase the competitiveness of the supply of renewable energy to neighboring countries, overcome strategic energy dependence and sustainable socio-economic development in the conditions of military operations and post-war reconstruction. Research methods - analysis and synthesis, statistical and regression analysis, Machine Learning and Artificial Intelligence tools, ML clustering of work packages, LSTM and recurrent neural networks. Based on the conducted research, scientific results were obtained: 1. The optimal mechanisms for deploying cross-border energy infrastructure, including critical energy interconnections, energy storage, energy efficiency, and integrating renewable energy sources, are substantiated. 2. Relevant criteria for replacing critical energy infrastructure have been developed to accelerate the transition to clean energy, respond flexibly to demand, and avoid fragmentation of the energy market. 3. Economic and mathematical modeling of deploying critical energy infrastructure by integrating innovative energy equipment with zero and low carbon for neighboring countries. 4. The system of risks and threats under the influence of cascading and cross-border effects of energy supply disconnection or shortage due to failures in energy systems is formalized Product Description popup.authors Yevdokymova Alona V. Bilan Yurii V. Balahurovska Inna O. Kwilinskyi Oleksii S. Kovalenko Yevhen V. Kolosok Svitlana I. Kotenko Stanislav I. Matvieieva Yuliia A. Olefirenko Oleh M. Sushchenko Anna V. Chyhryn Olena Yu. Shaparenko Serhii V. Shevchenko Yana Yu. Sheremet Mariia D. Shymoshenko Anastasiia О. popup.nrat_date 2025-03-19 Close