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论文代写:系统思维应用到再生能源的例子

在能源问题方面,可再生能源是生产能源的较好选择。与传统的能源来源相比,可再生能源最终只排放有限的温室气体(Fullan, 2015)。然而,与此相关的还有一些负面影响,因为关键的重点必须是确保整个能源系统的可持续性。作为一个重要的例子,风能和其他可再生能源被证明是满足传统能源需求的好选择。风能可以被认为是全球增长最快的可再生能源(Fiksel, 2012)。然而,在环境、经济和社会三个可持续发展支柱的背景下,存在着多重挑战。

论文代写:系统思维应用到再生能源的例子

n context of energy issues, renewable sources of energy are a better option for the production of energy. Renewable sources of energy end up emitting limited greenhouse gases in comparison with traditional ways of sourcing energy (Fullan, 2015). However, there are some negative implications in association with these as key focus must be on ensuring a more sustainable system of energy on the whole. As a significant example, wind energy, along with other sources of renewable energy turns out to be a good option to traditional sources of energy for meeting the demand of energy. Wind energy can be considered as the fastest growing sources of renewable energy across the globe (Fiksel, 2012). However, there are multiple challenges involved in context with three pillars of sustainability that are environment, economy and society.

论文代写:系统思维应用到再生能源的例子

风力发电与传统发电竞争,共享市场。澳大利亚的风能项目可以考虑与其他土地用途竞争。这些项目对环境的负面影响可能最终会引起当地社区越来越多的反对。为了实现能源系统的整体可持续性,通过风能等可再生能源实现可持续性变得至关重要(Withycombe和Redman, 2011)。

论文代写:系统思维应用到再生能源的例子

Wind energy is in competition with traditional generation of electricity for sharing the market. The projects of wind energy in Australia may consider competing with other purposes of using the land. Negative impacts on the environment from such projects may end up increasing opposition from the local community. For the achievement of overall sustainability in the energy system, it becomes crucial for achieving sustainability through renewable sources of energy such as wind energy (Withycombe and Redman, 2011).