Part 1.Electric Power Engineering.- 1.Battery Energy Storage Systems: Enabling Ukraine's Grid Flexibility and Energy Security through Ancillary Services.- 2.Assessment of the Economic Efficiency of Battery Energy Storage Systems in the Electricity Market Segments.- 3.Analysis of Methods for Improving the Quality of Electrical Energy Through the Use of Energy Storage Systems.- 4.Optimization of Double Inverter-Feed Drive Work According to Minimum of Dynamic Error Criteria.- 5.Novel PDM Control Strategy for Voltage-Source Modular-Structured Resonant Converters.- 6.Active Balancer with Targeted Charge Transfer Between Stack Batteries.- 7.Remote Vibration Control Systems for Rotating Machinery Units Fault Detection.- Part II.Heat Power Engineering.- 8.System of Indicators for Assessing the Susceptibility of Enterprises to Energy-Saving Technologies.- 9.Comparative Analysis of Exergy Losses in Heat Transfer Processes in Heat Recoverers of Boiler Plants.- 10.Modelling of a Three-phase Induction-type Heat Generator Using the Secondary Sources Method.- 11.Dynamic Model of a High-Capacity Electric Boiler with an Immersed Electrode.- 12.Conjugate Heat Transfer of Tube Bundles with Fin Ribbing.- 13.Assessment Of The Impact Of The Location Of The Insulation Layer On The Humidity Regime And Heat Transfer Resistance Of The External Building Envelope.- Part III.Renewable Power Engineering.- 14.Possibilities and Perspectives of the Wind and Solar Power Plants Application in Combined Energy Systems.- 15.Advancements in Operational Modeling Methods for Photovoltaic Power Plants.- 16.Photovoltaic Thermal Solar Collector for Autonomous and Energy Cluster Modes.- 17.Local Power Systems Based on Renewable Energy Sources.- 18.Transitioning to Direct Steam Generation in a Mexican Integrated Solar Combined Cycle for Enhanced Efficiency.- 19.Research on Photovoltaic Power Prediction using an LSTM Recurrent Neural Network.- 20.Approaches to the Cascade Hydropower Plants Optimum Operation for Forming the Day-Ahead Electricity Market Schedule.- Part IV.Environmental Safety. 21.Application of Information from Remote Sensing Earth Systems to Solve Problems of Environmental Monitoring.- 22.Development of Mathematical Support for Increasing the Efficiency of Remote Gamma Radiation Monitoring of Contaminated Areas.- 23.Mathematical Means to Assess Consequences of Chemical Accidents with Heavy Gas Emissions.- 24.Modern Measuring Tools to Develop Efficient Atmospheric Air Monitoring Systems Based on UAVs.- 25.Environmental and Geological Hazards after the Explosion of the Kakhovka Hydroelectric Power Plant and Rehabilitation Options.- 26.Integral Assessment of the Effectiveness of Designing Energy-Efficient Ecological Settlements in the Urban Planning System.- 27.Prospective Directions of Cement Production Decarbonization in Ukraine.- 28.Application of the Alternating Impulses of Pressure for New Energy-Saving Technologies.- 29.Research on the Level of "Urban Stream Syndrome" in Small Streams of Urbanized Areas Using the Example of the Mlynivka River (Ivano-Frankivsk City).

This book presents the defining hallmark of 2023's energy panorama which lies in the resounding impetus toward sustainability¿a seismic paradigm shift echoing across industries, policies, and societal aspirations. Heightened awareness of climate change, environmental degradation, and the imperatives of decarbonization propel an unprecedented surge toward renewable energy alternatives. Solar, wind, hydro, geothermal, and other sustainable modalities witness not only technological advancements but a transformative surge in accessibility, affordability, and scalability, redefining the global energy matrix. Within this transformative landscape, innovation emerges as the fulcrum catalyzing the metamorphosis of energy systems. Breakthroughs in energy storage technologies, smart grid optimization, and decentralized energy solutions orchestrate a symphony of efficiency, enabling the seamless integration of intermittent renewable sources while ensuring grid stability and resilience. The amalgamation of artificial intelligence, big data analytics, and energy systems heralds a new frontier of smart, adaptive energy networks, revolutionizing the paradigm of energy consumption and management. Furthermore, the geopolitical milieu assumes heightened significance in shaping the contours of global energy dynamics. Interwoven with alliances, trade dynamics, and international agreements, geopolitics exerts profound influences on energy security, infrastructural investments, and the trajectory of sustainable energy transitions. Collaborative endeavors and multilateral initiatives reverberate as essential instruments in navigating the complexities of a globally interconnected energy landscape. However, amid the triumphant strides toward a sustainable energy future, challenges persist. The intricacies of phasing out legacy infrastructures, addressing socio-economic disparities, navigating policy ambiguities, and fostering inclusive energy transitions underscore the labyrinthine complexities that necessitate astute navigation and multifaceted solutions.