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Information × Registration Number 0223U001797, 0122U001231 , R & D reports Title The development of the mathematical models and software application for the projection of generation mix including conventional generation and renewables aiming power sector decarbonization and implementation climatic neutrality principles in Ukraine popup.stage_title Head Shulzhenko Serhii V., Кандидат технічних наук Registration Date 03-02-2023 Organization Institute of General Energy National Academy of Sciences of Ukraine popup.description2  The object of the research is the development of conventional and renewable energy complying the international environmental agreements and safety restrictions. The goal of the research is to improve mathematical models and software tools, taking into account the principles of national environmental policy and global trends in its change, safety restrictions, changes in technical and economic indicators of the main classes of electric and thermal generation technologies, and storage systems. Carrying out test calculations regarding the transformation of the generation mix. Development of measuring modules of the air pollution monitoring system based on a wireless sensor network based on the concept of "smart networks". Research methods – system analysis of large energy systems. The system of mathematical models for determining the structure and scope of development of conventional and renewable energy during the implementation of international environmental agreements and safety restrictions has been improved; a model of mathematical programming with integer variables for the formation of the optimal generation mix to cover the daily electric loads of the energy system of Ukraine. The model of the technological development of coal mining has been improved in order to perform predictive assessments of available thermal coal resources. The model for forecasting the electricity demand of the socio-economic sphere has been improved. Appropriate software tools were improved with the use of it test calculations were performed, which confirmed the correctness of the improved mathematical models. Product Description popup.authors Babak Vitaly Vasylevska Valentyna Denysov Viktor A. Zaporozhets Artur O. Kaplin Mykola I. Kovtun Svitlana Ivanivna Kostenko Hanna P. Kostyukovskyi Borys Mayistrenko Nataliya Yu. Makarov Vitalii M. Maliarenko Olena Ye. Nelep Liubov H. Nechaieva Tetiana P. Perov Mykola O. Sverdlova Anastasiia Sokolovska Iryna S. Stanytsina Valentyna V. Teslenko Oleksandr I. Shulzhenko Serhii V. Scherbyna Yevhen V. popup.nrat_date 2023-02-03 Close