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引用次数: 21

摘要

这项研究着眼于能源可持续性和可持续发展,以及确保发电可持续性的必要措施。审查了以出版的期刊文章和会议记录以及关于可持续能源和发展领域的科学和技术报告的形式发表的现有文献。会议指出,没有能源就没有发展,没有可持续能源就永远不会有可持续发展。我们需要以可持续的方式开发能源,以满足当前和后代的能源需求,同时注意到约35%的人为温室气体排放来自与能源有关的发电活动。包括智能电网和发电分散化以及能源载体技术在内的技术进步正在迅速提供传统电网之外的电力获取选择。研究表明,全球能源结构的电气化、交通部门的电气化、能源效率措施以及加强对低碳和可再生能源的利用将在未来的可持续能源转型中发挥重要作用。此外,实现能源可持续性的有效措施包括增加太阳能和风能在电网中的使用,使用氢等可持续能源载体,开发和采用能源效率措施,限制能源使用对环境的影响,包括碳封存,通过社区参与和社会可接受性提高社会经济可接受性,经济可承受性和公平性,生活方式,土地利用和美学。虽然可再生能源是可持续能源和电力的解决方案,但目前的技术和局限性使得有必要优化可再生能源和低碳不可再生能源的组合,以实现可持续电网电力。
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Managing Sustainability in Electricity Generation
This study looked energy sustainability and sustainable development and measures necessary to ensure that electricity generation is sustainable. Current literature in form of published journal articles and conference proceedings as well as scientific and technical reports on the area of sustainable energy and development was examined. It was noted that there can be no development without energy and there can never be sustainable development without sustainable energy. There is need to sustainably exploit the energy resources to meet current energy needs and those of future generations in an environmentally friendly manner while noting that about 35% of the anthropogenic greenhouse gas emissions come from energy related activities in power generation. Technological advances which include smart grids and decentralization of generation as well as energy carrier technologies are rapidly providing electricity access options available beyond the traditional grid. The study showed that electrification of the global energy mix, electrification of the transport sector, energy efficiency measures and enhanced use of low carbon and renewable energy resources for electricity will play a significant role in the future sustainable energy transition. Additionally to realize energy sustainability effective measures include increased use of solar and wind for grid electricity, use of sustainable energy carriers like hydrogen, development and adoption of energy efficiency measures, limiting environmental impact of energy use including carbon sequestration and enhancing socioeconomic acceptability through community involvement and social acceptability, economic affordability and equity, lifestyles, land use and aesthetics. Whereas renewable energy is a solution to sustainable energy and electricity, current technology and limitation make it necessary to have an optimized mix of renewable and low carbon nonrenewable for sustainable grid electricity.
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