This book presents a curated selection of contemporary research, capturing the progress of Ukrainian and international scientists in addressing the complex issues surrounding energy systems, sustainable fuels, and efficient transport solutions. The world's growing energy demands, coupled with pressing environmental concerns, present significant challenges and opportunities in the energy sector. The advancements within this sector are increasingly driven by innovations in technology, information systems, and cross-disciplinary research efforts. Through this collaborative scientific endeavor, the authors aim to offer a holistic view of current advancements and innovative solutions in three core areas: energy informatics, fuels, and transport. Energy informatics integrates data analytics, digital infrastructure, and real-time monitoring to improve energy efficiency and support sustainable energy transitions. The works presented in this section illustrate how the integration of cutting-edge computational models, artificial intelligence, and big data analytics is enabling smarter, more adaptive energy systems. Topics covered include optimization of energy consumption, predictive modeling for energy needs, and the development of robust frameworks to manage and process vast amounts of energy-related data. This section highlights how energy informatics serves as a foundational tool in meeting the evolving demands for efficient and sustainable energy. In the fuels section, the book addresses the urgent need for alternative and cleaner energy sources. The global push toward reducing greenhouse gas emissions and mitigating climate change impacts has accelerated research into innovative fuel sources. This section underscores the critical role of novel fuel technologies in ensuring energy security and reducing environmental impact.
Transport, the third section, encompasses research on the transformation of the transport sector toward sustainability and efficiency. Transportation is a major consumer of energy and a significant source of emissions, making it a focal area in the transition to cleaner energy systems. This section presents a variety of studies on electric mobility and the development of low-emission technologies.
本書呈現了一系列精選的當代研究,捕捉烏克蘭及國際科學家在解決能源系統、可持續燃料及高效運輸解決方案等複雜問題上的進展。全球日益增長的能源需求,加上迫切的環境問題,為能源領域帶來了重大挑戰與機遇。該領域的進步越來越多地受到技術創新、資訊系統及跨學科研究努力的驅動。透過這一合作的科學努力,作者旨在提供對當前進展及創新解決方案的整體觀點,涵蓋三個核心領域:能源資訊學、燃料及運輸。能源資訊學整合了數據分析、數位基礎設施及即時監控,以提高能源效率並支持可持續能源轉型。本部分所呈現的研究展示了尖端計算模型、人工智慧及大數據分析的整合如何使能源系統變得更智能、更具適應性。涵蓋的主題包括能源消耗的優化、能源需求的預測建模,以及開發穩健的框架以管理和處理大量與能源相關的數據。本部分強調能源資訊學作為滿足不斷演變的高效和可持續能源需求的基礎工具。
在燃料部分,本書探討了對替代及更清潔能源來源的迫切需求。全球推動減少溫室氣體排放及緩解氣候變化影響的努力,加速了對創新燃料來源的研究。本部分強調新型燃料技術在確保能源安全及減少環境影響方面的關鍵角色。
運輸作為第三部分,涵蓋了運輸領域向可持續性和效率轉型的研究。運輸是能源的主要消耗者,也是排放的重要來源,使其成為向更清潔能源系統過渡的重點領域。本部分呈現了有關電動移動性及低排放技術發展的各種研究。