Military green technology: Present and future

Z. Miličević, Z. Bojkovic
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引用次数: 1

Abstract

Introduction/purpose: This paper aims to present military green technology through present concepts, solutions and challenges, as well as through future trends, particularly in wireless communication. Methods: Analyses and syntheses were used to consider various aspects, challenges and developments of military green technology. Results: Important aspects of organization, challenges and strategies in military green technologies are presented. Next, the role of a green energy action plan is emphasized. Furthermore, green defence solutions and security challenges are considered. Besides presenting green technologies of today, primarily focused on wireless networks, especially 5G, the paper also considers the impact of biofuels, methanol-based fuel cells, hydrogen fuel cells, hybrid electrical vehicles and photovoltaic energy. Finally, green technologies for the future are presented through some of the most important technologies: next generation wireless networks, pulse detonation engines, piezoelectricity, and biodegradable platforms. Conclusion: Military green technology is now necessary for approaching wireless networking in order to meet challenges of high demands of wireless traffic and energy consumption. Also, military green technology will require further constant considerations in the field of efficiency and sustainability of application as well as research to provide different acceptable solutions, not only in technical, but also in the organizational domain, in order to be applied in military environment.
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军事绿色技术:现在与未来
前言/目的:本文旨在通过目前的概念、解决方案和挑战,以及未来的趋势,特别是在无线通信方面,来介绍军事绿色技术。方法:采用分析和综合的方法,对军事绿色技术的各个方面、挑战和发展进行综合考虑。结果:提出了军事绿色技术的组织、挑战和战略的重要方面。其次,强调了绿色能源行动计划的作用。此外,还考虑了绿色防御解决方案和安全挑战。除了介绍当今的绿色技术,主要集中在无线网络,特别是5G,论文还考虑了生物燃料、甲醇燃料电池、氢燃料电池、混合动力汽车和光伏能源的影响。最后,通过一些最重要的技术来展示未来的绿色技术:下一代无线网络、脉冲爆震引擎、压电和可生物降解平台。结论:为了应对无线通信量和能耗的高要求,军用绿色技术是实现无线组网的必要条件。此外,军事绿色技术还需要在应用的效率和可持续性方面进行进一步的不断考虑,并研究提供不同的可接受的解决方案,不仅在技术上,而且在组织领域,以便在军事环境中应用。
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来源期刊
自引率
0.00%
发文量
24
审稿时长
12 weeks
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